Figurine base, object management system and methods

Abstract

The present disclosure relates to a base, including base components and base assemblies, used for miniature figurines for role-playing games. In one embodiment, a base for supporting a miniature figurine is disclosed. In one form, the base comprises a 5 body having an upper surface on which the miniature figurine can be placed. The base further comprises a first magnet positioned within a first recess in the body and that is aligned with an axis of the body. The base also comprises a set of second magnets that are radially offset relative the first magnet.

Description

[0001] FIGURINE BASE, OBJECT MANAGEMENT SYSTEM AND METHODS

[0002] Technical Field

[0003] The present disclosure relates to a base, including base components and base assemblies, used for miniature figurines for role-playing games.

[0004] The present disclosure relates to an object that includes an electronic device.

[0005] The present disclosure relates to systems, methods and computer programs for storing and managing data associated with physical objects.

[0006] Related applications

[0007] The present application claims priority to Australian provisional patent application No. 2023900614 filed 7 March 2023, Australian provisional patent application No. 2023904010 filed 11 December 2023, and Australian provisional patent application No. 2023904012 filed 11 December 2023, the contents of which are incorporated herein by reference in their entirety.

[0008] Background

[0009] Fantasy tabletop role-playing games use miniature figurines to represent characters that are placed on a playing surface that has a grid system to determine where and how far the miniature can move. During role-playing games, players can cast spells and / or perform other actions during events such as battles. The health and condition of the character can change depending on actions they receive from others, such as blows incurred during a battle.

[0010] The character’s status for health, spells cast, actions, conditions, and so on are generally outlined by placing tiles on the playing surface. However, these tiles can clutter the playing surface and restrict natural movement of characters during the game.

[0011] Physical objects such as miniature figurines used in tabletop games typically do not have any interaction with digital systems. That is, tabletop games are generally distinct from digital games, taking place in the physical world. Further, where one does wish to integrate a digital system with a physical game such as a tabletop game, existing systems fail to ensure that there is a low technical barrier to entry and that performance is not sub- optimal due to hardware and / or software limitations. There are also significant issues ensuring that the data stored in the digital system is an accurate reflection of the real- world status of the game and with verifying the integrity of this data. Summary

[0012] A first embodiment provides a base for supporting a miniature figurine, the base comprising a body having: an upper surface on which the miniature figurine can be placed; a first magnet positioned within a first recess in the body and that is aligned with an axis of the body; a set of second magnets that are radially offset relative the first magnet.

[0013] The set of second magnets may be coaxially arranged with the first magnet. The base may further comprise a third magnet axially aligned with the first magnet and associated with a third recess such that the third magnet is inset from a bottom surface of the body. The second set of magnets may be coaxially aligned with the third magnet. One or more magnets of the second set of magnets may be associated with a respective receptacle in which an auxiliary magnet or ferromagnetic material can be received and magnetically retained therein.

[0014] Each magnet of the set of second magnets may be equidistantly spaced from one another. The body may have an upper portion that includes the upper surface. The body may have a lower portion that includes a frustum having 2nnumber of sides. Each magnet of the second set of magnets may be associated with a separate side of the frustum. The sides of the frustum may be angled between 35° and 65° relative the axis of the body. A pole face of each magnet of the second set of magnets may be orientated transversely relative the axis of the body. A pole face of each magnet of the second set of magnets may be perpendicular to the axis of the body.

[0015] A portion of the first magnet may protrude from the upper surface. The upper surface may have a perimeter defined by an upwardly extending lip. An outer edge of the upper surface may be in the form of a circle or polygon. The set of second magnets may include two or more magnets. The set of second magnets may include three magnets. The set of second magnets may include four magnets. The set of second magnets may include five magnets. The set of second magnets may include six magnets. The set of second magnets may include seven or more magnets.

[0016] A second embodiment provides a base for supporting a miniature figurine, the base comprising a planar body having: a first magnet having a portion protruding from a first side of the body; a cavity that opens out at a second side of the body; a disc having a set of second magnets, the disc being receivable in the cavity and retainable therein by magnetic interaction of the set of second magnets and the first magnet; and a dial having a third magnet protruding therefrom, the third magnet being receivable in the cavity and retainable therein by magnetic interaction of the third magnet and the first magnet, wherein the disc and dial are independently rotatable about an axial direction of the first magnet.

[0017] The base may further comprise a recess located in the cavity and that is axially aligned with the first magnet. A distal end of the third magnet may be receivable in the recess when the dial is located in the cavity. The disc may be annular such that the third magnet can pass through a central opening of the disc. The dial may have a radially extending arm that can overhang the disc. The dial may have one or more radially extending protrusions at an opposite end to the arm that overhangs the disc. The disc may be provided with a first set of indicia. The second side of the planar body may be provided with a second set of indicia. The dial may be provided with an indicium.

[0018] The set of second magnets may include three magnets equidistantly spaced around the disc. The set of second magnets may include four magnets equidistantly spaced around the disc. The set of second magnets may include five magnets equidistantly spaced around the disc. The set of second magnets may include six magnets equidistantly spaced around the disc. The set of second magnets may include seven or more magnets equidistantly spaced around the disc.

[0019] A portion of the first magnet may protrude from the first side by up to about 50% of a height of the first magnet. A portion of the first magnet may protrude from the first side by up to about 1 mm. The cavity may be circular.

[0020] A third embodiment provides a base for supporting a miniature figurine, comprising: an upper component comprising a body having: an upper surface on which the miniature figurine can be placed; a first magnet that is aligned with an axis of the body; an open recess positioned on the axis of the body; and a set of second magnets that are radially offset relative the first magnet; a lower component comprising: a first magnet protruding from a first side of the planar body and that is receivable in the recess of the upper component and magnetically engageable with the upper component; a cavity that opens out at a second side of the planar body; and a disc having a set of second magnets, the disc being receivable in the cavity and retainable therein by magnetic interaction of the set of second magnets and the first magnet of the lower component; wherein the upper component and lower component can be magnetically coupled to one another to form an assembly where the second set of magnets of the upper component and the second set of magnets from the disc of the lower component magnetically interact with one another such that rotation of the upper component relative the lower component causes the disc to rotate relative the lower component.

[0021] The upper component may be the base of the first embodiment. The lower component may be the base of the second embodiment.

[0022] An embodiment provides an adaptor that in use is secured to an underside of a miniature figurine, the adaptor comprising: a plate having a central recess for receiving a first magnet such that the first magnet can be inset relative a face of the plate; several recesses located in the plate for receiving a set of second magnets that are coaxially arranged with the first magnet.

[0023] The central recess may be a through hole. The several recesses may be equidistantly arranged around a boundary of the plate. The several recesses may each have an open side. The adaptor may comprise reinforcing members that extend radially from the central recess to the several recesses.

[0024] An embodiment provides a spinner assembly for use in a role-playing game, the spinner assembly comprising: a lower component comprising: a planar body having an upper side, a projection of or attached with the planar body extending from the upper side aligned axially with an axis of the planar body, a set of one or more first magnets that are radially offset relative the axis, a rotatable component comprising: a generally disc or circular shaped body having a recess aligned coaxially with the axis, the recess configured for receiving the projection so as to allow the rotatable component to be rotatably supported so as to be rotatable about the axis, and a set of one or more second magnets that are radially offset relative the axis.

[0025] In an embodiment, the set of first magnets comprises a plurality of magnets. In an embodiment, the set of second magnets comprises a plurality of magnets.

[0026] In an embodiment, the axis is aligned with the vertical axis.

[0027] In an embodiment, the sets of first and second magnets are positioned relative each other so as to be magnetically interactable for biasing the rotatable component in an orientation that is generally parallel with the planar form of the lower component.

[0028] In an embodiment, the set of first and second magnets are positioned relative each other so as to magnetically interact to positionally stabilise or register the rotatable component at a desired position relative the lower component following cessation of rotation of the rotatable component, or spaced appropriately so as to not interfere with the gyroscopic motion of the rotatable component enabled by the first and second sets of magnets.

[0029] In an embodiment, the set of first magnets are coaxial with the axis. In an embodiment, the set of second magnets are coaxial with the axis. In an embodiment, the sets of first and second magnets are orientated substantially the same so that their respective poles are orientated in the same manner. In an embodiment, the sets of first and second magnets are axially magnetized disc magnets.

[0030] In an embodiment, the sets of first and second magnets align radially relative the axis. In an embodiment, the sets of first and second magnets have the same number of magnets.

[0031] In an embodiment, the sets of first and second magnets are spaced equidistant about their respective host bodies. In this manner, each magnet of the sets of first and second magnet lie on about the same radial line emanating from the axis. In an embodiment, the first and second magnets are radially offset from each relative the axis.

[0032] In an embodiment, the set of first and second magnets are positioned relative each other so as to magnetically interact so as to stabilise the rotatable component at or about a desired position of alignment relative the lower component following cessation of rotation of the rotatable component.

[0033] In an embodiment, the first and second sets of magnets are spaced or offset from one another in the vertical plane.

[0034] In an embodiment, the sets of first and second magnets are orientated substantially the same so that their respective poles are orientated in the same manner, the set of first and second magnets positioned relative each other so as to magnetically interact so as to generate a repulsive effect therebetween having components in the vertical plane and the horizontal plane

[0035] In an embodiment, the set of first magnets are radially offset from the set of second magnets so as to be inward most relative to the axis. In an embodiment, the set of second magnets are radially offset from the set of first magnets at a distance of about 1.3mm. In this manner, gyroscopic motion of the rotatable component while rotating can seek to be continued for as long as possible for maintaining its orientation of rotation.

[0036] In an embodiment, the set of second magnets are radially offset from the set of first magnets so as to be inward most relative to the axis.

[0037] In an embodiment, the sets of first and second magnets are radially spaced from the axis at about the same distance. In an embodiment, an orientation of the poles of the set of first magnets is different to the orientation of the poles of the set of second magnets. In this manner, the spacing of the first and second magnets and their respective magnetic interaction biases a magnet of one of the sets of the first, second magnets to positionally stabilise intermediate adjacent magnets of the alternate set of magnets. In an embodiment, the repulsive magnetic interaction causes the rotatable component to be biased downwards.

[0038] In an embodiment, the rotatable component is a single piece body, or an assembly of more than one component parts.

[0039] In an embodiment, a distal potion of the projection is substantially flat, pointed, domed, circular, oval, hemispherical etc.

[0040] In an embodiment, the spinner assembly comprises a cover component configured so as to cover a portion of the lower and rotatable components when assembled with the lower component.

[0041] In an embodiment, the cover component comprises a planar support surface on which a miniature figurine or embodiment of, or a component of, a base, base assembly, or adapter described herein can be placed. In an embodiment, the cover component comprises a side wall extending away from a portion of the periphery of the support surface so as to define a lower rim spaced from the planar support surface. The sidewall is shaped in its extension away from the support surface. A portion of the side wall may be open.

[0042] In an embodiment, the sidewall of the cover component comprises one or more apertures, slots or cut-out portions. The sidewall of the cover component may comprise one or more sets of indicia provided on its body.

[0043] In an embodiment, one of the apertures, slots, or cut-out portions or the open portion of the side wall exposes a portion of the rotatable component when the cover component is assembled thereabout, the exposed portion of the rotatable thereby being accessible to a user so as to rotate the rotatable component.

[0044] In an embodiment, the rotatable component comprises a set of one or more third magnets and the cover component comprises a set of one or more fourth magnets. In an embodiment, the set of third magnets comprises a plurality of magnets spaced about the rotatable component, and the set of fourth magnets comprises a plurality of magnets spaced about an interior wall of the side wall of the cover component, wherein, in use, the set of third and fourth magnets magnetically interact so as to positionally stabilise or register the rotatable component at a desired position relative the lower component following cessation of rotation of the rotatable component, or spaced appropriately so as to not interfere with the gyroscopic motion of the rotatable component enabled by the first and second sets of magnets. In an embodiment, the third and fourth magnets are in coaxial relation with each other relative.

[0045] The rotatable component may comprise, carry, or host one or more electrical devices or components. In an embodiment, the electrical components may be a plurality of light emitting diode (LED) modules, or an RFID tag, a NTAG® 424 DNA tag. In an embodiment, the plurality of LEDs are spaced about the axis at or near a periphery of the rotatable component in an equispaced manner. In an embodiment, the LEDs may be removably associated with the rotatable component.

[0046] The rotatable component may comprise a source of electrical power.

[0047] The spinner assembly may comprise or be operable with an inductive power transfer arrangement for providing power to one or more electrical components carried by the rotatable component. In an embodiment, an inductive power transfer coil is associated with the lower component, and operable by way of a power source for establishing an electromagnetic field of sufficient strength to encompass a portion of the rotatable component during use. In an embodiment, one or more electrical components or the plurality of LEDs are positioned about the rotatable component so as to be subject to the electromagnetic field so as to operate.

[0048] In an embodiment, the LEDs comprise magnetic elements. In an embodiment, the set of third magnets comprise one or more magnetic elements of the LEDs. In this manner, the magnetic elements of one or more LEDs may interact with one or more of the set of fourth magnets of the cover component for use in positionally stabilising the rotatable component at or with a desired position following cessation of rotation of the rotatable component.

[0049] The rotatable component may comprise one or more sets of indicia provided on its body.

[0050] In an embodiment, positioning of the or each aperture or slot is so as to register with an LED of the rotatable component when the rotatable is brought to a stabilised stopped or rest position (due to the magnetic interaction of the sets of third and fourth magnets and / or the magnetic interaction of the sets of first and second magnets) following cessation of rotation. In some embodiments, a spinner assembly can be provided and configured whereby magnetic attraction is used as the primary means for enabling the rotatable component to settle and align in a desired manner, which may be for example, so as to align or register one or more indicia provided on the rotatable component with an aperture, slot, or cut-out section provided with the side wall of the cover component (or one which extends from the lower component). For example, a plurality of magnets, LEDs, or components comprising materials capable of magnetic interaction, can be placed in, at, or near the outer periphery of the rotatable component. Furthermore, one or more magnets (LED or magnetic material) can be implanted into side wall of the cover component (or one which extends from the lower component) at an approximate height where magnetic interaction occurs, to slow and axially align the indicia in a fixed position, as to not interfere with the gyroscopic motion of the rotatable component due to the magnetic attraction occurring on the same plane where the centrifugal force is present (with considerations for weight of the rotatable component and points (method) of contact with the projection).

[0051] An embodiment provides a spinner assembly for use in a role-playing game, the spinner assembly comprising: a lower component comprising: a planar body having an upper side, a projection of or attached with the planar body extending from the upper side aligned axially with an axis of the planar body, a rotatable component comprising: a generally disc or circular shaped body having a recess aligned with the axis, the recess configured for receiving the projection so as to allow the rotatable component to be rotatably supported above the lower component so as to be rotatable about the axis.

[0052] Software

[0053] In some embodiments of the disclosure, there is provided a base for supporting a miniature figurine, the base comprising an electronic device. The electronic device may comprise a wireless communication system. The electronic device may comprise a controller. The controller may comprise at least one processor. The controller may comprise memory. The memory may store data associated with the base. The memory may store program instructions accessible by the at least one processor.

[0054] The base may comprise a recess. The electronic device may be secured within the recess. The electronic device may comprise a NTAG® 424 DNA tag.

[0055] In some embodiments of the disclosure, there is provided a base assembly for supporting a miniature figurine, the base assembly comprising an electronic device. The electronic device may comprise a wireless communication system. The electronic device may comprise a controller. The controller may comprise at least one processor. The controller may comprise memory. The memory may store data associated with the base assembly. The memory may store program instructions accessible by the at least one processor.

[0056] The base assembly may comprise a recess. The electronic device may be secured within the recess. The electronic device may comprise a NTAG® 424 DNA tag.

[0057] In some embodiments of the disclosure, there is provided an adaptor that in use is secured to an underside of a miniature figurine. The adaptor may comprise an electronic device. The electronic device may comprise a wireless communication system. The electronic device may comprise a controller. The controller may comprise at least one processor. The controller may comprise memory. The memory may store data associated with the adaptor. The memory may store program instructions accessible by the at least one processor.

[0058] The adaptor may comprise a recess. The electronic device may be secured within the recess. The electronic device may comprise a NTAG® 424 DNA tag.

[0059] In some embodiments of the disclosure, there is provided a method. The method may comprise: receiving object data from an electronic device, the object data being associated with an object; determining content data that is associated with the object data; and transmitting the content data.

[0060] The content data comprises user interface data that is configured to be rendered for display. The method may further comprise rendering a user interface based at least in part on the content data.

[0061] The user interface may comprise one or more of: a first section that is configured to enable a user to view, add, remove and / or group UID-key pairs; a second section that is configured to enable generation or selection of shortcodes; a third section that is configured to enable restriction of access to one or more aspects of the user interface; and a fourth section that is configured to enable backing up and restoration.

[0062] The method may further comprise: transmitting encryption data to the electronic device; validating, by the electronic device, the encryption data; and transmitting, by the electronic device, the object data, in response to the validation.

[0063] The encryption data may comprise a decryption key.

[0064] The method may further comprise: exchanging encryption data with the electronic device; and transmitting, by the electronic device, the object data, subsequent to the exchanging of the encryption data.

[0065] The method may further comprise: validating the object data, wherein validating the object data comprises comparing the object data to validation data.

[0066] The object data may comprise a shortcode. The content data may comprise game data that is associated with a particular storyline of a game. The object may be at least part of a miniature figurine.

[0067] The object data may comprise one or more of: a unique identifier; one or more encryption keys; data indicative of a character identity that is associated with the object; data indicative of a character type that is associated with the object; data indicative of a character status that is associated with the object; equipment data that is associated with the object; and data indicative of a skill that is associated with the object. The content data may be associated with one or more of: a quest of a game; a character arc of the game; dialogue of the game; and a sidequest of the game.

[0068] In some embodiments of the present disclosure, there is provided a content host. The content host may comprise at least one processor. The content host may comprise memory. The memory may store program instructions accessible by the at least one processor. The program instructions may be configured to cause the at least one processor to receive object data that is associated with an object; determine content data that is associated with the object data; and transmit the content data to a user interface system.

[0069] The content data may comprise user interface data that is configured to be rendered for display.

[0070] The program instructions may further be configured to cause the at least one processor to validate the object data, wherein validating the object data comprises comparing the object data to validation data.

[0071] The object data may comprise one or more of: a shortcode; a character type that is associated with the object; a character identity that is associated with the object; a character status that is associated with the object; equipment data that is associated with the object; and a skill that is associated with the object.

[0072] In some embodiments of the present disclosure, there is provided a system. The system may comprise the content host. The system may comprise an electronic device. The electronic device may comprise a wireless communication system. The electronic device may comprise a controller. The controller may comprise at least one controller processor. The controller may comprise controller memory. The controller memory may store the object data. The controller memory may store controller program instructions accessible by the at least one controller processor. The controller program instructions may be configured to cause the at least one controller processor to wirelessly transmit the object data using the wireless communication system.

[0073] The object may comprise any embodiment of a base as described herein; any embodiment of an adaptor as described herein; and / or any embodiment of a spinner assembly as described herein.

[0074] The system may further comprise the object. The object may comprise the electronic device. The object may comprise a recess. The electronic device may be secured within the recess. The object may be at least part of a miniature figurine.

[0075] The controller program instructions may be configured to cause the at least one controller processor to receive encryption data, via the wireless communication system. The controller program instructions may be configured to cause the at least one controller processor to validate the encryption data. The controller program instructions may be configured to cause the at least one controller processor to transmit the object data, via the wireless communication system, in response to the validation.

[0076] The encryption data may comprise a decryption key.

[0077] The controller program instructions may be configured to cause the at least one controller processor to: exchange encryption data with another electronic device; and transmit the object data subsequent to the exchanging of the encryption data.

[0078] The system may further comprise a user interface system. The user interface system may be configured to receive the content data and to render a user interface based at least in part on the content data.

[0079] The user interface may comprise one or more of: a first section that is configured to enable a user to view, add, remove and / or group UID-key pairs; a second section that is configured to enable generation or selection of shortcodes; a third section that is configured to enable restriction of access to one or more aspects of the user interface; and a fourth section that is configured to enable backing up and restoration.

[0080] The user interface system may comprise a network interface that is configured to enable the user interface system to communicate with the content host using a communications network. The user interface system may be configured to provide the object data to the content host using the communications network. The user interface system may be configured to display the user interface on a display. The content data may comprise game data that is associated with a particular storyline of a game.

[0081] The system may comprise a communication device. The communication device may be in communication with the user interface system. The communication device may be configured to: receive the object data transmitted by the electronic device; and provide the object data to the user interface system.

[0082] The communication device may be configured to energise the electronic device.

[0083] Brief Description of the Drawings

[0084] The disclosure will now be described, by way of example only, with reference to the accompanying non-limiting drawings, in which:

[0085] Figure 1 shows a top perspective view of an embodiment of a top base component for supporting a miniature figurine.

[0086] Figure 2 shows a bottom perspective view of a top base component for supporting a miniature figurine.

[0087] Figure 3 shows a cross-sectional view along line A-A in Figure 1.

[0088] Figure 4 shows a top perspective view of another embodiment of a top base component for supporting a miniature figurine.

[0089] Figure 5 shows a bottom perspective view of a top base component for supporting a miniature figurine.

[0090] Figure 6 shows a cross-sectional view along line B-B in Figure 4.

[0091] Figure 7 shows a top perspective view of another embodiment of a top base component for supporting a miniature figurine.

[0092] Figure 8 shows a (A) perspective end view and (B) cross-section view along line X-X in Figure 8(A) of an accessory that can be magnetically connected to an upper base component.

[0093] Figure 9 shows a bottom perspective view of a bottom base component for supporting a miniature figurine.

[0094] Figure 10 shows a bottom perspective view of a bottom base sub-component.

[0095] Figure 11 shows a top perspective view of a bottom base sub-component.

[0096] Figure 12 shows a cross-sectional view along line C-C in Figure 11.

[0097] Figure 13 shows (A) a plan view and (B) a cross-sectional view along line Y-Y of an embodiment of a bottom base sub-component.

[0098] Figure 14 shows a bottom perspective view of an embodiment of a bottom base subcomponent.

[0099] Figure 15 shows a top perspective view of an embodiment of a bottom base subcomponent.

[0100] Figure 16 shows a cross-sectional view along line D-D in Figure 9.

[0101] Figure 17 shows a plan view of another embodiment of a bottom base sub-component.

[0102] Figure 18 shows a plan view of another embodiment of a bottom base sub-component.

[0103] Figure 19 shows a bottom perspective view of an embodiment of an assembly of a base for a miniature figurine.

[0104] Figure 20 shows a cross-sectional view along line E-E in Figure 20.

[0105] Figure 21 shows (A) a top perspective view and (B) a bottom perspective view of an embodiment of a figurine adaptor.

[0106] Figure 22 shows a bottom perspective view of an embodiment of a figurine adaptor fitted with magnets.

[0107] Figure 23 shows (A) a perspective rear view and (B) a perspective front view of another embodiment of an accessory that can be magnetically connected to an upper base component.

[0108] Figure 24 shows a top-down perspective view of another embodiment of an assembly of a base for a miniature figurine.

[0109] Figure 25 shows a bottom-up perspective view of the embodiment of the assembly shown in Figure 24.

[0110] Figure 26 shows an exploded perspective view (from above) of the embodiment of the assembly shown in Figure 24.

[0111] Figure 27 shows an exploded perspective view (from below) of the embodiment of the assembly shown in Figure 24

[0112] Figure 28 shows a cross-sectional view along line Z-Z of the exploded view shown in

[0113] Figure 24.

[0114] Figure 29 shows a first perspective view of an embodiment of an accessory that can be magnetically associated with embodiments of the base of the present disclosure.

[0115] Figure 30 shows a second perspective view of the embodiment of the accessory shown in Figure 29.

[0116] Figure 31 shows a perspective view (from above) of the embodiment of the accessory shown in Figures 29 and 30 attached with another embodiment of the third component of the upper component assembly shown in Figures 24 to 28.

[0117] Figure 32 shows another perspective view (from below) of that shown in Figure 31. Figure 33 shows a perspective view (from above) of another embodiment of a base assembly (attached with the accessory shown in Figures 29 to 30) but attached with another embodiment of a lower component assembly (shown in perspective view in lower portion of page) of the present disclosure.

[0118] Figure 34 shows an exploded perspective view (from above) of the embodiment of the lower component assembly shown in Figure 33.

[0119] Figure 35 another exploded perspective view (from below) of the embodiment shown in Figure 34.

[0120] Figure 36 shows a perspective view of another embodiment of an accessory that can be magnetically associated with embodiments of the base of the present disclosure.

[0121] Figure 37 an elevation view of the embodiment shown in Figure 36.

[0122] Figure 38 shows a perspective (viewed from above) of an embodiment of a spinner assembly.

[0123] Figure 39 shows a perspective view of a cross section of the spinner assembly of Figure 38, taken along section plane A1-A2 (as identified in Figure 38).

[0124] Figure 40 shows an embodiment of a lower component of the embodiment of the spinner assembly shown in Figure 38, in which (a) shows a perspective view viewed from above (showing topside), (b) shows a perspective view viewed from below (showing underside), and (c) shows a cross section through section plane A1-A2 (as identified in (a)).

[0125] Figure 41 shows an embodiment of a lower part of an embodiment of a rotatable component of the embodiment of the spinner assembly shown in Figure 38, in which (a) shows a perspective view viewed from above (showing topside), (b) shows a perspective view viewed from below (showing underside), and (c) shows a cross section through section plane A1-A2 (as identified in (a)).

[0126] Figure 42 shows an embodiment of an upper part of an embodiment of a rotatable component of the embodiment of the spinner assembly shown in Figure 38, in which (a) shows a perspective view viewed from above (showing topside), (b) shows a perspective view viewed from below (showing underside), and (c) shows a cross section through section plane A1-A2 (as identified in (a)).

[0127] Figure 43 shows an embodiment of an enclosure of an embodiment the spinner assembly shown in Figure 38, in which (a) shows a perspective view viewed from above (showing topside), (b) shows a perspective view viewed from below (showing underside), and (c) shows a cross section through section plane A1-A2 (as identified in (a)).

[0128] Figure 44 shows an exploded perspective cross section showing the components of the spinner assembly shown throughout Figures 38-43.

[0129] Figure 44a show schematic representations of three example magnetic interactions involving an embodiment of the spinner assembly shown in Figures 38 to 44.

[0130] Figure 45 shows a cross-sectional view of an embodiment of object, the object including an electronic device, according to some embodiments.

[0131] Figure 46 is a block diagram of an object management system, according to some embodiments.

[0132] Figure 47 is a process flow diagram of a method, according to some embodiments. Figure 48 shows a user interface, according to some embodiments.

[0133] Detailed Description

[0134] The following detailed description outlines various embodiments with reference to the accompanying Figures. The embodiments depicted in the Figures are not drawn to scale and are merely used to provide an understanding of the features of the embodiments and any applicable interworking relationship.

[0135] Base, adapters, and related assemblies / components

[0136] With reference to Figures 1-3, an embodiment provides a base 10 for supporting a miniature figurine. The base 10 can be considered as forming a first base component, or top or upper base component, for a base assembly.

[0137] The base 10 has a body in the form of disk 12. Although the body is represented as disc 12, it could be embodied in other forms, such as a triangle, square, pentagon, or any other polygon shape. The disc 12 has a top portion 13 having an upper surface 14 on which a miniature figurine can be placed (not shown). A side wall 24 extends downwards and outwards from the upper surface 14 and terminates at a lower surface 22. As shown in Figure 3, the side wall 24 is in the form of a rim that extends circumferentially. A width of the lower surface 22 as part of the rim is about 1 .2 mm to about 1 .8 mm, such as about 1 .5 mm. The side wall 24 may extend perpendicularly downwards from the upper surface 14. The base 10 has an open-ended cavity 28 that opens up to a bottom of the base 10 and is defined by the top portion 13 and the side wall 24. The opening of the cavity 28 is defined by an inner diameter of the lower surface 22. The cavity 28 may have a depth extending upwards from the lower surface 22 of about 1.5 mm. A diameter of the disc 12 may range from about 10 mm to about 50 mm. In an embodiment, a diameter of the disc 12 may be about 25 mm to about 35 mm. A height of the disc 12 may be about 3.0 mm to about 4.5 mm. The dimensions of the diameter and height of the disc 12 may be scaled up and down.

[0138] Extending from the top portion 13 down into the cavity 28 is a first magnet recess 19 in which a first magnet 16 can be received. The first magnet 16 is associated with the upper surface 14 such that a miniature placed on the upper surface 14 can magnetically interact with the first magnet 16. The first magnet recess 19 has a cylindrical wall that terminates at a bottom face 18. The first magnet 16 is aligned along an axis 17 of the disc 12, and a lower surface of the first magnet 16 is offset relative the bottom face 18 such that a component receiving cavity 27 is formed therein. A depth of the component receiving cavity 27 may be about 0.7 mm. The component receiving cavity 27 is sized to receive a magnet from another component, as is described below in more detail with reference to Figure 20. In an embodiment, a plane of the bottom face 18 is offset relative a plane of the lower surface 22. In an embodiment, a plane of the bottom face 18 and a plane of the lower surface 22 are coplanar.

[0139] The base 10 also has a set of second magnets 20. In the embodiment shown in Figures 1-3, the base 10 has four second magnets, 20a, 20b, 20c and 20d. However, the second set of magnets could have more or less than four magnets. For example, a larger base (e.g. >50mm diameter) may have five magnets arranged in a similar manner to base 10. The second magnets 20a, 20b, 20c and 20d are radially offset from the axis 17 and an in an embodiment are equidistantly spaced from one another. Each of the second magnets is housed in an associated recess 25a, 25b, 25c or 25d. Each recess 25 is provided in the upper portion 13 and opens out into the cavity 28. In the embodiment shown in Figures 1- 3, the second magnets 20a, 20b, 20c and 20d are coaxial with the component receiving cavity 27. In an embodiment, the second magnets 20a, 20b, 20c and 20d are coaxial with the first magnet 16. In base 10, a pole face 23 of each magnet of the second set of magnets 20 is perpendicular to the axis 17 i.e. parallel to the upper surface 14.

[0140] The upper surface 14 has one or more receptacles 30 that can receive an auxiliary component such as an accessory. As shown in Figure 1 , the base 10 has two receptacles 30. An accessory that can be received in the receptacle is described below with reference to Figure 8 and Figure 23. Each receptacle 30 has a lip 32 that extends away from the upper surface 14. A floor of the receptable 30 may be aligned with a plane of the upper surface 14 or may be offset in a plane parallel to the upper surface 14. Each receptacle 30 is positioned above one of the second magnets 20. The receptacles 30 may have an internal diameter of about 4 mm and a depth of about 0.5 mm to about 0.9 mm. In the embodiment shown in Figures 1-3, receptable 30a is positioned above second magnet 20c and receptable 30b is positioned above second magnet 20d. In an embodiment the receptacles 30 are each aligned with an axis of a respective second magnet 20.

[0141] The relative position of the second magnets 20 and the receptacles 30 means that an auxiliary magnet or ferromagnetic material associated with an accessory or auxiliary component can be received and magnetically retained in the receptacle 30. The accessory or auxiliary component may be a spell. The accessory or auxiliary component may be designed specifically for base 10 or bases 10a (Figures 4-6) or 10b (Figure 7) as described below.

[0142] Another embodiment of a base 10a is shown in Figures 4-6. Base 10a has similar features to base 10 and like features are identified using the same numerical references. Base 10a has a body 12 having an upper segment 11 and lower segment 15 that are generally delineated by waist 41 (Figure 6). The upper segment 11 and lower segment 15 may be integral or separate components that are joined together. The upper segment 11 has upper surface 14. An upwardly extending lip 40 runs around a perimeter of the upper surface 14 and has top surface 42, and an inner face 46 that defines an edge of the upper surface 14. The upper segment 11 has an overhang 51 that extends radially inwards from the lip 40 that transitions into inwardly tapering wall 49 that terminates at the waist 41. In an embodiment, the upper segment 11 the tapering wall 49 extends from the waist 41 to the lip eliminating the need for overhang 51. The lip 40 is not required in all embodiments and instead may be a perimeter of the upper surface 14.

[0143] In base 10a, the first magnet recess 19 extends upwards and opens out to the upper surface 14 (Figure 6). A floor 21 of the first magnet recess 19 is positioned such that a portion of the first magnet 16 when seated in the first magnet recess 19 protrudes from the upper surface 14. In an embodiment, the first magnet 16 extends from upper surface 14 by about 0.3 mm to about 0.7 mm, such as about 0.5 mm.

[0144] The lower segment 15 is formed as a frustum where the angled side wall 44 is defined collectively by respective faces of the frustum. The frustum has 2nnumber of sides. In the embodiment shown in Figures 4-6, the frustum has eight sides. The angled side wall 44 extends inwards from lower surface 22 to the waist 44. The second magnet recesses 25 open out to the angled side wall 44. Put another way, each second magnet recess 25 opens out to a separate face of the frustum. A floor of each second magnet recess 25 is approximately parallel to the angled side wall 44. As shown in Figure 6, the angled side wall 44 is angled relative the lower surface by angle 0. Angle 0 is < (less than) about 90°. In an embodiment, angle 0 ranges from about 30° to about 60°. In an embodiment, angle 0 is about 45°.

[0145] Having each magnet of the second set of magnets 20a, 20b, 20c and 20d positioned on a respective face 44 of the frustum provides a flat surface that an accessory or auxiliary component can abut or mate with. This can help to provide a more secure connecting or mating with an accessory compared to a rounded face.

[0146] In the embodiment shown in Figure 6 the second set of magnets 20a, 20b, 20c, 20d are positioned in respective second magnet recesses 25 and are radially offset from the first magnet 16 relative the axis 17. A pole face 23 of each second magnet 20 is inset relative a face of the angled side wall 44 thereby defining respective receptable 30. A pole face 23 of each magnet of the second set of magnets is parallel to the angled side wall 44. Accordingly, the pole face 23 of each second magnet 20 is angled transversely relative the axis 17 i.e. upper surface 14. Having each magnet of the second set of magnets 20 orientated transverse to the axis 17 means that in an embodiment the magnetic field lines of each second magnet 20 extends approximately parallel (i.e. within about 30°) to the axis 17 at a plane of the lower surface 22. Magnetic field lines are shown schematically in Figure 6 by dashed line 50. This orientation of magnetic field lines can help to ensure the second set of magnets 20 can be magnetically connected to other components, such as described below with reference to Figure 20, while at the same time providing clearance and access for an accessory to be received in receptacle 30. If the pole face 23 of the set of second magnets 20 was parallel to the axis 17 the majority of the magnetic field lines would extend approximately parallel to a plane of the bottom surface 22.

[0147] The base 10a further includes third magnet recess 52 which is located in the lower segment 15 and opens out to the bottom surface 22. The third magnet recess 52 is axially aligned with the first magnet 16 and can receive a third magnet 48. The relative sizes of the third magnet recess 52 and third magnet 48 is such that the third magnet 48 is inset relative the bottom surface 22 thereby forming component receiving cavity 27. The set of second magnets 20 is coaxial with the third magnet 48. Another embodiment of a base 10b is shown in Figure 7. Base 10b differs to base 10a in the shape of the lip 40' and the upper surface 14' in the upper segment 11' are square. All other features of the 10b and 10a are the same. The lip 40 and upper surface could be any other polygon shape e.g. triangle, pentagon, and so on.

[0148] Now referring to Figure 8, an accessory 300 is shown in the form of spell. The spell has a shank 310 that terminates at end 314. Opposite end 314 is spell component 312 extending from the shank 310. The specific shape and configuration of the spell component 312 is for illustration purposes only and will or may differ depending on the type of spell and role-playing game. An end recess 318 is provided in the shank 310 and opens out at the end 314. An accessory magnet 316 is provided in the end recess 318 and a portion of the accessory magnet 316 protrudes past the end 314 to act as a boss. In use, the protruding section of the accessory magnet 316 is received in the receptacle 30 and is magnetically coupled or connected to the second magnet 20 associated with the receptacle 30. The end 314 can abut or rest against lip 32 or angled side wall 40 depending on the type of base (e.g. 10a, 10b, 10c) the accessory 30 is magnetically connected to.

[0149] The accessory could also be in the form of a number, such as accessory 300a as shown in Figure 23. The shank 310a is generally oval shaped with end face 314a and protruding accessory magnet 316a to act as a boss. Opposite end face 413a is indicia 318. The indicia 318 is shown in the form of number four, but any indicia could be used including numerical, shape, colour or pictorial indicia. Similar to accessory 300, the protruding section of the accessory magnet 316a can be received in the receptacle 30 and is magnetically coupled or connected to a second magnet 20 associated with the receptacle 30.

[0150] The magnetic connection between the accessory e.g. 300 and 300a and the second magnet 20 associated with the receptacle 30 is such that the accessory is biased towards being retained in the receptacle but can be removed and swapped as required by a user.

[0151] Another embodiment of a base 100 will now be described with reference to Figures 9-18. The base 100 can be considered as forming a second base component, or lower or bottom base component, for a base assembly. The base 100 has a body component 102, a disc component 104 and dial component 106. The body component 102 is generally in the form of a truncated cone having a diameter greater than its height. The body component 102 has first side in the form of upper body portion 113 having a planar abutment surface 112. A side wall 124 extends generally downwards from the abutment surface 112, and a second side in the form of base surface 110 extends radially inwards as a flange from the side wall 124. In the embodiment shown in Figures 9-12, the base surface 110 is provided with indicia in the form of numbers 120, but could be any shape, pattern, colour, and so on. However, indicia are not required on the base surface 110 in all embodiments. A circular cavity 128 is formed on an underside of the body component 102 between the upper body portion and side wall 124 and opens out at the base surface 110. The cavity 128 may have a depth of about 2.5 mm to about 4 mm. The cavity 128 is provided with a track 126 that is inset into the upper body portion 113. The track 126 may have a width of about 3.5 mm to about 4.5 mm.

[0152] The cavity 128 is also provided with a recess in the form of pocket 118. The pocket 118 is axially aligned with axis 117 and is defined by pocket wall 116. The pocked wall 116 has an end face 119. The pocket 118 may have an internal diameter of about 3.0 mm, and a depth of about 0.5 mm to about 0.8 mm. In an embodiment, the pocket 118 has a depth of about 0.65 mm. In an embodiment, base magnet 138 does not abut or touch an internal surface ofthe pocket 118 during normal use. However, during use of the base 100 as described with reference to Figure 16 the base magnet 138 may incidentally touch the internal surface of the pocket 118.

[0153] The body component 102 has a first magnet in the form of body magnet 122. In an embodiment, body magnet 122 is aligned with an axis 117 of the body component 102. A distal portion of the body magnet 122 protrudes past the abutment surface 112 so as to act as a boss to assist with connection with base 10 / 10a / 10b as is described in more detail below with reference to Figure 19 and Figure 20. In an embodiment, the body magnet 122 protrudes about 0.3 mm to about 0.7 mm from the abutment surface 112. A diameter of the body magnet 122 may be about 4.0 mm to about 4.5 mm. For example, in an embodiment a diameter of the body magnet 122 may be about 4.2 mm.

[0154] The dial component 106 will now be described with reference to Figures 13-14. The dial component 106 has a body portion 130 and an arm 132 extending generally away from the body portion 130 that terminates at a point 133. The arm is configured to overhand the disc component 104. In an embodiment, and as best seen in Figure 18, the dial 106b can have an arm 132b provided with a sighting aperture 140 that indicia 152 from the ring 105 can be viewed. The sighting aperture 140 acts in place of point 133. In an embodiment, the body portion 130 also has an indicium 134. The indicium 134 is shown as a heart logo, but could be a number 134a as seen in Figure 17, or any other shape or colour. The indicium is inset or stamped into the body portion 130.

[0155] A number of protrusions 136 extend radially away from the body portion 130 at a side opposite the arm 132. In an embodiment, the protrusions 136 are sized to overhand the disc component 104 as described below with reference to Figure 16.

[0156] The body portion 130 is also provided with a third base magnet in the form of dial magnet 138 (see Figure 13(B)). The dial magnet 138 is seated in dial recess 139 and a portion of the dial magnet 138 protrudes outward past or beyond a dial abutment surface 137. The protrusion of dial magnet 138 allows it to act as a boss to assist with locating the dial 106 relative the body component 102. In an embodiment, the dial magnet protrudes from the dial abutment surface 137 by about 0.3 mm to about 0.7 mm, such as about 0.4 mm.

[0157] The base 100 also has a disc component 104 in the form of ring 105 (see Figures 14-15). Ring 105 has a lower side 150 that is generally provided with indicia. The indicia in Figures 14-15 is in the form of numbers 152, but the indicia could be provided as any shape, symbol, colour, and so on. The ring 105 has a central aperture 152 that can receive a central portion of the dial 106. In this way, the ring 105 is an annular disc. A diameter of the central aperture 152 may range from about 8 mm to about 12 mm, such as about 10.5 mm.

[0158] The ring 105 is provided with an upper side 135, and a lower side 152 that is parallel to upper side 135. The lower side 152 is provided with a set of second magnets in the form of ring magnets 156. In the embodiment shown in Figure 15, the ring 105 is provided with four ring magnets 156a, 156b, 156c and 156d. Each of the ring magnets 156 may be received in a seat in the ring 105. The ring magnets 156a, 156b, 156c and 156d are equidistantly spaced around the ring 105.

[0159] With reference to Figure 16, the ring 105 can be received in the cavity 128 such that ring magnets 156a, 156b, 156c and 156d are received in track 126. In use the ring magnets 156a, 156b, 156c and 156d are slidable along a floor of the track 126 but are depicted in Figure 16 as being spaced therefrom for clarity purposes only. The ring 105 is retainable in the cavity 128 by magnetic interaction of the ring magnets 156a, 156b, 156c and 156d and the body magnet 122, as shown by dashed line 162. The magnetic interaction of ring magnets 156a, 156b, 156c and 156d with the body magnet 122 is such that a user can selectively remove the ring 105 from the cavity 128 when required. The body portion 130 of the dial 106 can pass through the central aperture 154 of the ring 105 so that a distal end of the dial magnet 138 is received in pocket 118 and the dial abutment surface 137 abuts end face 119. The dial 106 is retained in the cavity 128 by magnetic interaction of the dial magnet 138 with the body magnet 122 as shown by dashed line 160. However, the magnetic interaction of the dial magnet 138 with the body magnet 122 is such that a user can selectively remove the dial 106 from the cavity 128 when required.

[0160] The magnetic interaction 162 between the disc 104 and the body component 102, and the magnetic interaction 160 between the dial 106 and body component 102, enables the dial 106 and the ring 105 to be rotatable about axis 117 independently of one another such that the dial 106 is able to point to specific numbers 152 on the ring 105. Either the ring 105 and / or the dial 106 can be rotated to change the number (indicium) selection of the dial 106 relative the ring 105.

[0161] A base assembly 200 will now be described with reference to Figures 19-20. The embodiment of the base assembly 200 shown in Figures 19-20 includes base 10a as an upper component 202 and base 100 as a lower component 204. However, the upper component 202 could be any one of base 10, 10a and 10b.

[0162] In assembly 200, a distal end of the body magnet 122 from the lower component 204 (i.e. base 100) acts like a boss or locator pin and is received in component receiving cavity 27 in the upper component 202 (i.e. base 10a) such that the axis 17 of the upper component 202 and axis 117 of the lower component 204 are aligned. At the same time, the abutment surface 112 from the lower component 204 abuts or rests against lower surface 22. The abutment surface 112 and the lower surface 22 can rotate and slide relatively past one another about axis 17 / 117. The upper component 202 and lower component 204 can rotate relative one another about axis 17.

[0163] Having the distal body magnet 122 be received in component receiving cavity 27 helps to maintain axial alignment of the upper component 202 and lower component 204. Magnetic interaction 212 between the dial magnet 138, body magnet 122 and third magnet 48 magnetically connects the upper component 202 and lower component 204 together such that the upper component 202 and lower component 204 form the assembly 200. If base 10a is replaced with base 10, the magnetic interaction 212 is between the dial magnet 138, body magnet 122 and first magnet 16. Therefore, the magnetic interaction 212 is between the dial magnet 138, body magnet 122 and the upper component 202.

[0164] In assembly 200, the disc magnets 156 from the lower component 204 and the set of second magnets 20 from the upper component 202 are approximately axially aligned such that the disc magnets 156 and second set of magnets 20 are approximately stacked on top of one another. The disc magnets 156 and second set of magnets 20 are also magnetically connected as shown by magnetic interaction 210. Due to magnetic interaction 210, any relative rotation of the upper component 202 and the lower component 204 causes the disc 104 to rotate in the cavity 128. However, such rotation does not cause the dial 106 to rotate. Therefore, relative rotation of the upper component 202 and lower component 204 causes the disc 104 to rotate relative the lower component 204. Specifically, relative rotation of the upper component 202 and lower component 204 causes the disc 104 to rotate relative the dial 106, thereby changing the number (indicium) selection of the dial 106 relative the disc 104. Such action allows a userto record a change in a condition such as health of a character positioned on top of the assembly 200 by simply rotating the upper component 202 relative the lower component 204.

[0165] The magnetic interactions 210 and 212 are such that the assembly 200 can be lifted and moved as a single unit without worry of the upper component 202 and lower component 204 from separating, but still allow a userto separate the upper component 202 from the lower component 204 should they wish to change the upper component 202 and / or lower component 204.

[0166] Having the indicia 152 located on a bottom of the assembly whilst still allowing easy selection of specific indicium helps a user to easily keep track of character conditions without the need to use tiles or similar indicators that are placed on a playing surface. This helps to remove clutter from the playing surface and extends the role-playing game in three dimensions, adding to the visual experience of the game. This experience is further emphasised once an accessory 300 such as a spell is connected to the base 10, 10a or 10b (i.e. upper component 202). The lower component 204 may also act as a random number generator to help randomise encounters, the behaviours of non-player characters (NPCs) or indicate what rarity a treasure may be and type of item when killing a monster with reference against a loot table. Now referring to Figures 21-22, the present disclosure also provides an adaptor 400. In use, the adaptor 400 is secured to an underside of a miniature figurine (not shown). The adaptor 400 has a plate 410 which in the embodiment shown in Figures 21-22 is circular. However, the plate 410 could be of any polygon shape or form. The plate 410 has a central recess in the form of through hole 412 that can receive a first magnet in the form of central magnet 414 as shown in Figure 22. The central magnet 414 is inset relative face 424 to define adaptor recess 426. Adaptor recess 426 can receive first magnet 16 from base 10, 10a or 10b. In the embodiment shown in Figure 21-22, face 424 is a lower side of the adaptor.

[0167] The plate 410 has several recesses 416, which in the embodiment shown is four recesses 416a, 416b, 416c and 416d. The recesses 416a, 416b, 416c and 416d are circumferentially arranged around the plate 410. In an embodiment, the recesses 416 are each provided with an open side 418. However, in an embodiment, sides of the recesses 416 are closed. The recesses 416 are sized to receive a respective second magnet in the form of magnet 424 (see Figure 22).

[0168] The adaptor 400 also has reinforcing members 418 that extend radially outwards from through hole 412 to the recesses 416. The reinforcing members help to provide stiffness to the adaptor 400. They may also provide a cavity to account for or hide manufacturing defects such as, for example, locations for injection moulding. However, the reinforcing members 418 are not required in all embodiments. For example, the adaptor 400 may be of a sufficient thickness where the reinforcing members 418 are not required.

[0169] In use, the adaptor 400 would be secured to an underside of a miniature figurine. The miniature figurine would then be placed on top of base 10, 10a or 10b and a distal end of the first magnet 16 would be received in the adaptor recess 426 and the first magnet 16 and central magnet 414 would magnetically connect to one another to secure the miniature figurine to the base 10, 10a or 10b. The magnetic connection is such that a user can remove the miniature figurine from the base 10, 10a or 10b when needed, but the base and miniature figurine can be moved as a single unit without worry of the miniature figuring falling off the base 10, 10a or 10b. The base adaptor 400 could also be secured to the base 100 by placing the distal portion of base magnet 122 into the adaptor recess 426 such that the magnetic interaction between the base magnet 122 and central magnet 414 couple the base and adaptor 400 together. In an embodiment, all magnets are axially magnetized disc magnets.

[0170] Another embodiment of a base assembly 600 will now be described with reference to Figures 24-28. The embodiment of the base assembly 600 shown in Figures 24-28 includes an upper component assembly 605 comprising first 610, second 615, and third 620 components, as shown more clearly in Figures 26 (top-down exploded perspective view), 27 (bottom-up exploded perspective view) and 28 (exploded cross-sectional view). The embodiment of the base assembly 600 further comprises a lower component assembly 100’ which magnetically associates or assembles with the lower side of the upper component assembly 605, specifically, the lower sides of the third component 620.

[0171] The embodiment of the lower component assembly 100’ is substantially similar to the base 100 described above and as shown in Figures 9 to 16. Like reference numerals are retained in Figures 24-28 to denote like features for the embodiment of the lower component assembly 100’ shown. However, the embodiment of the lower component 100’ differs from base 100 in the body component 102 of the lower component 100’ comprising an annular lip 733 (see Figures 27 and 28) that enables the lower component to sit upon a surface in a manner that provides sufficient clearance or space (to avoid interference) from the surface upon which the annular lip 735 sits to the disc 104 and dial 106 components, and / or enables the indicia 120 when provided in an embossed form as shown in Figure 27 to be held clear of the supporting surface.

[0172] The first component 610 has a body in the form of disk 625. Although the body is represented as disc 625, it could be embodied in other forms, such as a triangle, square, pentagon, or any other polygon shape. The disc 625 has a top portion 626 having an upper surface 628 on which a miniature figurine can be placed (not shown in Figures 24- 28, but see Figure 33 showing a figurine F). A side wall 630 extends downwards and outwards from the upper surface 628 and terminates at a lower surface 632 (see Figure 27). As shown in Figure 27, the side wall 630 is in the form of a rim that extends circumferentially. A width of the lower surface 632 as part of the rim is around about 1 .2 mm to about 1 .8 mm, such as about 1 .5 mm. The side wall 630 may extend perpendicularly downwards from the upper surface 628. The first component 610 has an open-ended cavity 634 that opens up to a bottom or base of the first component 610 and is defined by the top portion 626 and the side wall 630. The opening of the cavity 634 is defined by an inner diameter of the lower surface 632. The cavity 634 may have a depth extending upwards from the lower surface 632 of about 1.5 mm. A diameter of the disc 625 may range from about 10 mm to about 50 mm. In an embodiment, a diameter of the disc 625 may be about 25 mm to about 35 mm. A height of the disc 625 may be able about 3.0 mm to about 4.5 mm. The skilled reader will appreciate that the dimensions of the diameter and height of the disc 625 may be scaled up and down.

[0173] Extending from the top portion 626 down into the cavity 634 is a first magnet recess 636 (see Figure 28) in which a first magnet 638 can be received. The first magnet 638 is operably associated with the upper surface 628 such that a miniature figurine (eg. see Figure 33) placed on the upper surface 628 can magnetically interact with the first magnet 638. The first magnet recess 636 has a cylindrical annular wall 640 that terminates at a bottom face 642. The first magnet 638 is aligned along an axis 117 of the disc 625, and a lower surface 644 of the first magnet 638 is offset relative the bottom face 642 so as to be inward of the bottom face 642 so as to enable a distal portion of a magnet element 670 (of the second component 615) to be received within the lower disposed opening of the annular region defined by the cylindrical wall 640. In an embodiment, a plane of the bottom face 642 is offset relative a plane of the lower surface 644. In an embodiment, a plane of the bottom face 642 and a plane of the lower surface 644 are coplanar. The reverse arrangement could also be used in which the first magnet 638 projects below the bottom face 642 and is received within a shallow recess provided with the second component 615. The skilled reader will appreciate that this connectivity or engagement can be realised a number of ways to achieve functionally equivalent configurations.

[0174] The first component 610 also has a set of second magnets 648. In the embodiment shown in Figures 24-28, the first component 610 has four second magnets 648a, 648b, 648c and 648d arranged about, and offset from, the axis 117. However, the second set of magnets 648 could have more or less than four magnets. For example, a larger base (e.g. >50mm diameter) may have five or more magnets arranged about the axis 117. The second magnets 648a, 648b, 648c and 648d are radially offset from the axis 117 and in an embodiment are equidistantly spaced from one another. Each of the second magnets is housed in an associated recess 650a, 650b, 650c or 650d (better shown in Figure 28) Each recess 650 is provided in the upper portion 626 and opens out into the cavity 634. In the embodiment shown in Figures 24-28, respective axes of the second magnets 648a, 648b, 648c and 648d are aligned parallel with the axis 117. As such, the set of the second magnets 648a, 648b, 648c and 648d are arranged in a coaxial manner with the receiving cavity 636 and / or the first magnet 638. In the first component 610, a pole face (the lower facing face) of each magnet of the second set of magnets 648 is perpendicular to the axis 117 i.e. parallel to the upper surface 628.

[0175] The second component 615 has a body 660 providing an upper surface 661. An upwardly extending annular lip 662 runs around a perimeter of the upper surface 661 having a top surface 664, and an inner face 666 that defines an edge of the upper surface 661. Generally coaxial with the axis 117 is a first circular shaped recess 668 for receiving a magnet 670 (shown in Figure 28). The first circular shaped recess 668 is dimensioned so that the proud standing distal portion of the magnet 638 can be received by the recess 636 of the first component 610 when assembled with the second component 615.

[0176] The upwardly extending annular lip 662 in part defines an outer wall 670 which extends downward so as to circumferentially surround the body 660 of the second component 615. Extending radially outward from the outer wall 670 relative to the axis 117 are first 675a, second 675b, and third 675c shank portions, each of which, at respective distal portions, provides respective recesses 678a, 678b, and 678c bordered by respective outward facing surfaces 679a, 679b, 679c. Each of the recesses 678 are configured so as to receive respective magnets 680a, 680b, and 680c. The outer shape or profile of the shank portions 675 is generally of oval (cross-sectional) shape / form, but could be other shapes (eg. circular etc). The magnets 680 and the recesses 678 can both be configured so as to be of complimentary shape / profile for fitment purposes. In the embodiment shown in Figures 24-28, the three shank portions 675 are spaced at about 90 degrees to one another, but the skilled reader will appreciate that this spacing could be varied as desired. Furthermore, more than three shank portions 675 may be provided. As will be described below, the shank portions 675 are configured to register with respective receiving cut-out sections 730 formed in the sidewall 728 of the third component 620 for keying both the second 615 and third 620 components together so that the third component 620 follows movement of the second component 615 about the axis 117 when caused by a user.

[0177] The body 660 of the second component 615 has a lower portion defining a lower surface 685. The outer wall 670 transitions to the lower surface 685 via a curved or nonlinear annular transition surface 688. Generally coaxial with the axis 117 is a second circular shaped recess 690 (see Figures 27-28) for receiving a magnet 724 of the third component 620, as will be described below.

[0178] Opposite the second shank portion 675b, and equispaced between the first 675a and third 675c shank portions, is a body portion 695 which extends upwardly from the top surface 664 of the upwardly extending lip 662. Within an upper disposed portion of the body portion 695, and generally central thereof in a width dimension of the body portion, is provided a recess 700 configured for receiving a magnet (not shown) capable of being placed in magnetic association with an attachment or accessory (eg. accessory 800) as described below (with reference to Figures 29-32). In one embodiment, the maximum upper vertical extent of the body portion 695 does not extend more than about a height of a waist of a figurine when placed atop the upper surface 628 of the second component 615 (refer Figure 33 exemplifying a figurine F placed atop an embodiment 615” of a second component used as part of a base assembly 1000 consistent with the present disclosure).

[0179] As shown in Figures 24-27, the extension of the body portion 695 extends generally upwardly s short distance in parallel alignment with the axis 117 before inclining / veering inward toward the axis 117. The body portion 695 also provides or carries on an outward facing surface region 695a which, at a lower portion of said region 695a, carries an indicium 705 as shown in Figures 24-27. The indicium 705 is shown as a letter “M”, but could be a number as described above with reference to indicium 134, or any other shape or colour. The indicium 705 is provided in the form of an embossment but could be inset or stamped into the body portion 695. The indicium 705 need not be provided, as shown in the embodiment 615’ shown in Figure 32.

[0180] The lower portion of the second component 615 can be provided with multiple magnets, as seen in an embodiment 615’ shown in Figure 32. As can be seen, and like the configuration described in relation to the base 10 shown in Figures 2 and 3, the lower side of the second component 615’ comprises a second circular shaped recess 690’ (which may be configured for receiving a respective magnet (not shown) or a distal end portion of the magnet of the third component 620) and a further set of recesses 698a, 698b, 698c, 698d for receiving respective second magnets (also not shown). The second circular shaped recess 690’ is arranged generally coaxial with the axis 117, and each of the second recesses are radially offset from the axis 117 and equispaced thereabout as shown. In an embodiment, the set of further recesses 698a, 698b, 698c and 698d are arranged in a coaxial manner with any of: the receiving cavity 668, the first magnet 670, the first circular shaped recess 668, the second circular shaped recess 690.

[0181] The third component 620 has a body 710 providing an upper surface 712. An upwardly extending lip 714 runs circumferentially around a perimeter of the upper surface 712 having a top inwardly disposed terminating edge 716. Generally coaxial with the axis 117 is a circular shaped first recess 720 (formed within the body 710 and extending downward from the upper surface 712) for receiving a first magnet 724 (shown in Figures 26 and 28).

[0182] The upper extending lip 714 in part defines an outer wall 728 which extends downward so as to circumferentially in-part surround the body 710 of the third component 620. The upper extending lip 714 is formed having first 730a, second 730b, and third 730c cut-out sections, as shown clearly in Figure 26. The geometry of each cut-out section 730 is configured so as to receive or be registrable with a respective or corresponding shank portion 675 of the second component when the second 615 and third 620 components are assembled together (described below). Accordingly, each cut-out section 730 is spaced at about 90 degrees to each other so as to correspond with the spacing of the shank portions 675. Of course, different spacings and numbers of shank portions 675 and corresponding cut-out sections 730 could be used.

[0183] On the lower side of the body 710 is provided an annular recessed region 730 defined and bounded by way of an annular lower extending lip 732 provided at the lower peripheral / circumferential extent of the outer wall 728 as shown in Figure 27. Coaxial with the annular lower extending lip 732 (and the axis 117), and generally flush therewith, is an annular ring 742 which provides an opening to a shallow depth recess 740 for receiving an upper portion of the magnet 122 of the lower component assembly 100’, as will be discussed below.

[0184] The third component 620 also has a set of second recesses 735 for receiving respective second magnets 738. In the embodiment shown in Figures 24-28, the third component 620 has four second magnets, 738a, 738b, 738c and 738d hosted in respective recesses 753a, 753b, 753c 753d. However, the second set of magnets 738 could have more or less than four magnets. For example, a larger base (e.g. >50mm diameter) may have five or more magnets arranged about the axis 117. The second magnets 738a, 738b, 738c and 738d are radially offset from the axis 117 and an in an embodiment are equidistantly spaced from one another about the axis 117. Each recess 753 is provided in the body 660 and opens out to the annular recessed region 730. In the embodiment shown in Figures 24-28, respective longitudinal axes of the second magnets 738a, 738b, 738c, 738d are aligned in parallel relation with the axis 117 (and indeed with the longitudinal axis of the first magnet 724) of the third component 620. In the third component 620, a pole face (the lower facing face) of each magnet of the second set of magnets 738 is perpendicular to the axis 117 i.e. parallel to the upper surface 712. In an embodiment, the set of the second magnets 738a, 738b, 738c and 738d are arranged in a coaxial manner with any of: the receiving cavity 720, the first magnet 724, annular recessed region 730, the shallow depth recess 740.

[0185] In assembly of base assembly 600, a distal end of the body magnet 122 from the body component 102 acts like a boss or locator pin and is received in the shallow depth recess 740 in the lower side of the body 710 of the third component 620 such that the third component 620 and the body component 102 (of the lower component assembly 100’) are generally coaxial relative the axis 117. At the same time, the abutment surface 112 from the body component 102 abuts or rests against the annular lower extending lip 732 of the lower side of the body 710 of the third component 620. The abutment surface 112 and the third component 620 can rotate and slide relatively past one another about axis 117. Thus, the third component 620 and the lower component assembly 100’ can rotate relative one another about axis 117.

[0186] Having the distal body magnet 122 received in the shallow depth recess 140 in the lower side of the body 710 of the third component 620 helps to maintain axial alignment of the third component 620 and the lower component assembly 100’. Magnetic interaction 723a (see Figure 28)) between the magnet 122 and the magnet 724 magnetically connects or associates the third component 620 with the lower component assembly 100’ together.

[0187] In assembly of the base assembly 600, the disc magnets 156 provided with the disc component 104 and the second magnets 738 associated with the third component 620 are approximately axially aligned such that the disc magnets 156 and second magnets 738 are approximately stacked on top of one another. The disc magnets 156 and second magnets 738 are also magnetically connected or associated as shown by magnetic interaction 723b (see Figure 28). Due to magnetic interaction 723b, any relative rotation of the third component 620 and the lower component assembly 100’ causes the disc component 104 to rotate in the cavity 128. However, such rotation does not cause the dial 106 to rotate. Therefore, relative rotation of the third component 620 and the body component 102 causes the disc 104 to rotate relative the body component 102. Specifically, relative rotation of the third component 620 and the body component 102 causes the disc 104 to rotate relative the dial 106, thereby changing the number (indicium) selection of the dial 106 relative the disc 104. Such action allows a userto record a change in a condition such as, for example, health of a character positioned on top of the assembly 600 by simply rotating, or causing rotation, of the third component 620 relative the lower component assembly 100’.

[0188] In assembly of the base assembly 600, the second component 615 is assembled with the third component 620 in a manner in which the shank portions 675a-675c are caused to register and engage with respective cut-out sections 730a-730c such that the second 615 and third 620 components may be keyed or splined together. For the embodiment shown, the shank portions 675 and the cut-out sections 730 are geometrically configured so that each cut-out section 730 can snugly receive a respective shank portion 675. In this manner, any ‘play’ between the second 615 and third 620 components is reduced. Accordingly, the skilled reader will understand that this keyed or splined engagement between the second 615 and third 620 components prevents relative movement to occur between both components. Accordingly, movement of one of the components will cause a following movement of the other component. In use, for example, when the second component 615 is caused to be moved (eg. by a user), the third component 615 will follow, and causing, consequentially, due to the magnetic relationships / associations described above, movement of the disc component 104 in the manner previously described.

[0189] Maintenance of the assembly of the second 615 and third 620 components is enabled by way of a magnetic interaction (shown as reference numeral 723c in Figure 28) between the magnetic element 670 (sitting in recess 668 of the body 660 of the second 615 component) and the magnetic element 724 (sitting in the recess 720 of the body 710 of the third component). As shown, a distal end portion of the magnetic element 724 that sits proud of the upper surface 712 of the third component 620 is received within the recess 690 provided on the lower surface 685 of the second component 615, the distal end portion of the magnetic element 724 operating like a boss or locator pin ensuring coaxial relation ofthe second 615 and third 620 components relative to the axis 117. The magnetic interaction 723c helps prevent separation thereby keeping the second 615 and third 620 components assembled together.

[0190] In assembly of the base assembly 600, the lower surface 632 of the first component 610 assembles with the upper surface 661 of the second component 615 in a generally coaxial manner relative the axis 117. In this manner, the first magnetic element 638 provided within the recess 636 of the first component 610 magnetically interacts (identified with reference numeral 723d in Figure 28) with the magnetic element 670 provided in the recess 668 of the second component 620. Accordingly, receipt of the distal end portion of the magnet element 670 within the annular opening defined by the cylindrical wall 642 enables the first magnetic element 670 to operate like a boss or locator pin ensuring coaxial relation of the first 610 and second 615 components relative to the axis 117.

[0191] The magnetic interactions 723a, 723b, 723c, and 723d are such that the base assembly 600 can be lifted and moved as a single unit without worry of the constituent components 610, 615, 620 and lower component assembly 100’ from separating, but still allow a user to separate any of the respective constituent components, eg. separating the upper component 605 from the lower component assembly 100’ should they wish to change the upper component 605 and / or lower component assembly 100’.

[0192] As noted above, the second component 615 may be configured so as to host a set of second magnetic elements arranged about, but offset from, the axis 117. In this event, magnetic interactions may occur between said second set of magnetic elements (of the second component 615) and the second magnets 648 of the first component 610 thereby strengthening the magnetic bias (over that achieved by magnetic interaction 723d) of the first component 610 with the second component 615. Furthermore, magnetic interactions may be established between said second set of magnetic elements (of the second component 615) and the second magnets 738 of the third component 620. Similarly, such magnetic interactions operate to strengthen the magnetic bias (over that achieved by magnetic interaction 723c) of the second component 615 with the third component 620.

[0193] Now referring to Figures 29-30, an accessory 800 is shown. For the embodiment shown, the accessory 800 is configured for attachment with the second component 615 (as shown, for example, in Figures 31-32) and serves, in one form for example, as a template used in conjunction with a generally grid-based system to define spell impact of, for example, a creature or player. In one form, for example, various spells with different properties / characteristics (eg. accessories exemplifying lightning bolts(s) or other forms) can be associated or affixed with the accessory 800 (eg. at different locations / positions of the accessory 800) to represent corresponding spell power / strength, eg. size, colour, reach etc (or other properties or characteristics). Figure 29 shows a perspective view of a first side S1 (front, or upward facing side during use or game play, as shown in Figure 31) of the accessory 800, and Figure 30 shows a perspective view of its second side S2 (rear side, or downward facing side during use or game play).

[0194] The accessory 800 is generally of triangular (being of a wedge like segment) planar web like lattice form having an apex region 804 with first 806 and second 808 straight edge defining elements that extend away from the apex region 804 in a fan like manner and which join with a third arc shaped edge defining element 810 in the manner shown. Intermediate the first 806 and second 808 edge defining elements is a spine assembly comprising parallel aligned first 812 and second 814 straight spine elements which extend from the apex region 804 so as to join with, and extend beyond, the third edge defining element 810. The extended portions of the first 806 and second 808 edge defining elements are joined together by way of element 818 thereby defining a distal region 816 as shown. Extending between the first edge defining element 806 and first spine element 812 in an arc shaped manner are elements 820a, 820b, 820c, as shown. Similarly, extending between the second edge defining element 808 and second spine element 814 in an arc shaped manner are elements 822a, 822b, 822c, as shown. The first 812 and second 814 spine elements are joined at spaced locations from the apex region 804 by tab like portions 824a-824e - with tab like portion 824e formed so as to help define the apex region 804 and which joins, and closes between, proximally provided ends of each of the first 806, second 808 edge defining elements and the first 812, second 814 spine elements. The arrangement of the latter described elements defining the accessory 800 operate to provide a triangular web like lattice structure with the joining of the constituent elements defining adjacently disposed interstices, as shown. As will be described, in use, the accessory 800 is configured so as to be attachable with the body portion 695 of the second component 615, as shown in Figures 31-32.

[0195] Portions of the accessory 800 on either or both of its first S1 and second S2 sides may be provided with indicia, for example, roman numeral numbers 830a, 830b and star shapes 830d (provided on the first side S1 as recessed or impressed features) as shown in Figure 29, and lettering 830c and further star shapes 830d (also provided on the second side S2 as recessed or impressed features). It will be appreciated that the indicia could be provided either as recessed / impressed or embossed features. Tab like portions 824 are shaped so as to provide sufficient space for indicia to be provided thereon.

[0196] With reference to Figure 30, on the side S2 of the accessory 800, a plurality of recesses 826 is provided. In the form shown, each recess 826 is of circular form and configured so as to be receivable of a respective magnet element (not shown) so that, in one form of use, one or more further accessories (for example, accessory 900 shown in Figures SO- S ) can be magnetically associated (when the further accessory 900 is carrying or hosting a magnetically compatible magnet element) with the accessory 800 by way of attachment to a location or region on side S1 of the accessory 800 that corresponds with a magnet hosting recess 826. The position of each recess 826 is generally at the intersection or areas where the elements of the accessory 800 join with one another. The position of each recess 826 may be informed or have significance due to the nature of the accessory 800 and its intended function in a role-playing game. It will be understood by the skilled reader that the magnetic association or connection between the accessory 800 and the further accessories (900) is such that the relevant further accessory (900) is biased towards being retained with the accessory 800 but can be removed and swapped as required by a user.

[0197] Specifically, recesses 826a and 826b are provided on the second side S2 of respective first 806 and second 808 edge defining elements and are receivable of commensurately sized magnets (not shown). Recesses 826d are provided on the second side S2 of the first 812 and second 814 parallel aligned spine elements and are receivable of commensurately sized magnets (not shown). Recesses 826e are formed in the second side S2 of respective tab like portions 824a-e and positioned generally intermediate the first 812 and second 814 parallel aligned spine elements, and are receivable of commensurately sized magnets (not shown). Recesses 826f are provided on the second side S2 and circumferentially outward of, and adjacent to, respective indicia 830d as shown. The skilled reader will appreciate that the distribution of the recesses / magnets across the accessory 800 is to provide multiple locations where various accessories can be magnetically associated with the accessory as might be desired for game play.

[0198] Accordingly, the distribution described here can be readily varied as might be desired for a given game

[0199] Corner regions defined by the intersection between the first 806 and second 808 edge defining elements and respective ends of the third edge defining element 810 also host respective recesses 826g which may be used for receiving respective commensurately sized magnets. Recesses 826g are sized larger than recesses 826a-f so as to accommodate optional supports or support arrangements to assist in countering the accessory 800 from tipping, which may become an issue when increasing the range or outward / distal reach of the template and / or the application of additional spell effects, eg. other types of accessories such as lightning bolts for example. Additionally, the accessory 800 could be configured to incorporate other extensions or accessories, eg. a range of cone shape(s) exhibited could be extended or shape altered, and subsequent spell damage implied by a creature or player in the given areas overlapping the miniatures or grid residing directly underneath.

[0200] The apex region 804 comprises an attachment tab 835 configured for enabling attachment of the accessory 800 with the body portion 695 of the second component 615, as shown in Figure 31 . The attachment tab 835 comprises a first side 835a that is shaped in a substantially complementary manner to a portion of the shape of the outward facing surface region 695a of the body portion 695, the respective complementary shapes providing surfaces that come together (via magnetic association as described below) when the accessory 800 is attached with the second component 615. On the first side S1 , the attachment tab 835 hosts a recess 826h for receiving a respective commensurately sized magnet (which may operate to assist in the magnetic interaction between the accessory 800 and the body portion 695 of the second component 615 as will be described below)

[0201] Figure 30 provides an inset image showing a close-up perspective view looking substantially onto the first side 835a of the attachment tab 835, showing first 835b and second 835c body portions having respective faces that form the first side 835a, and which are at an angle to each other as shown. Each first 835b and second 835c body portion hosts a respective recess 827b and 827c. Broadly, the recess 827c hosts a respective magnet (not shown) that is used to magnetically interact with the magnet that sits in the recess 700 provided in the body portion 695 of the second component 615. As can be seen, the angle and geometry of the respective faces forming the first side 835a of the first 835b and second 835c body portions is configured so as to sit flush against the outward facing surface region 695a of the body portion 695 when the accessory is (via magnetic interaction) attached therewith. In some embodiments, the recess 827b may host a magnet to assist in the magnet association of the accessory 800 with the body portion 695. In some embodiments, the recess 827b may be dimensioned as to be able to receive or accommodate the indicium 705 that is provided on the body portion 695 so as to enable flush sitting of the respective corresponding surfaces. A lower most surface 835d of the attachment tab 835 may sit against the top edge of the upper extending lip 714 of the third component 620 so as to assist in secure / stable attachment of the accessory 800 with the second component 615 (see Figure 33 showing an embodiment 615” of the second component attached with the accessory 800). Figures 31 (from above) and 32 (from below) show perspective views illustrating how the accessory 800 engages with another embodiment of the body portion 695’ that is provided with another embodiment of the second component 615’ formed consistent with the second component 615 of the base assembly 600 shown in Figures 24 to 28.

[0202] As noted above, it will be appreciated that for the second component 615’ shown in Figures 31 to 32, the lower side of the second component 615’ comprises the first recess 690’ for receiving a respective first magnet (not shown) and the second set of recesses 698a, 698b, 698c, 698d receive respective second magnets (also not shown).

[0203] Now referring to Figures 33-35, an embodiment 1000 of a base assembly configured consistent with the present disclosure involving another embodiment of a second component 615” (in which a figurine F is placed in magnetic association with the upper portion of the second component 615”) assembled with another embodiment a third component 620”. Each of the second 615” and third 620” components are arranged consistent with analogous components described above in relation to the base assembly 600. The third component 620” is assembled with another embodiment of the lower component assembly 1010 - shown in perspective form at the lower portion of Figure 33. The lower component assembly 1010 comprises a first 1012 and second 1014 bodies which assemble together in the manner shown in Figure 33. The first body 1012 comprises an upper surface 1016. Generally coaxial about the axis 117 is an aperture 1013 (see Figure 34) through which a distal portion of a magnet element 1018 (hosted in a recess formed in the body 1014) is received therethrough when the first 1012 and second 1014 bodies are assembled. The first body 1012 comprises a lower extending annular rim portion 1020, the outward facing periphery of which is provided with a plurality of equispaced cut-out portions 1022 as shown. The lower extending annular rim portion 1020 is formed so as to define a cavity region 1024 (see Figure 35) that receives the second body 1014 when the first 1012 and second 1014 bodies are assembled together. As can be seen in Figure 34, the second body 1014 provides four recesses 1030a, 1030b, 1030c, 1030d that are equispaced about, and offset from, the axis 117. Each of the recesses 1030 may be used to host or accommodate an accessory that used as part of the role-playing game. Such an accessory may be, for example, a near field communication (NFC) tag or chip or a NTAG® 424 DNA tag (as described below) that operates as an element or device of the game. The skilled reader will appreciate that any number of recesses 1030 could be used, for example, only one recess. Furthermore, the overall shape or form of the lower component assembly 1010 could be any circular or polygonal shape / profile, and or configured so as to be, at least in part, complimentary or compatible with the shape of the third component 620 / 620”.

[0204] Now referring to Figures 36-37, an accessory 900 is shown in a form representative of a lightning bolt. The accessory 900 comprises a body 904 that is configured so as to provide a plurality of apexes 906 spaced from another by way of respective connecting elements 908 in a manner that represents a caricaturised form of a lightning bolt.

[0205] The body 904 of the accessory 900 provides an annular body portion 910 that hosts a recess 912 configured receivable of a magnetic element (not shown) which enables the accessory 900 to be associable with, for example, the accessory 800 - for example, at or near a selected location (or within magnetic attractional range) on the first side S1 of the accessory corresponding to a magnet hosted by a respective recess 826 provided in the second side S2. The magnetic connection between the further accessory 900 and the accessory 800 is such that the accessory 900 is biased towards being retained with the accessory 800 but can be removed and swapped as required by a user. Of course, the accessory 900 can be shaped or styled as needed while being provided with a suitable body portion 910 for hosting a respective magnet element for attachment purposes. The accessory 900 may be formed to be any shape / profile, and / or comprises any number of recesses for hosting respective magnetic elements as required (eg. for the relevant game etc).

[0206] Spinner assembly 2000

[0207] With reference to Figures 38-44, an embodiment of a spinner assembly 2000 is shown. With reference to Figure 38, the spinner assembly 2000 comprises a lower component 2005 and a rotatable component 2010. While optional, in some embodiments, the spinner assembly 2000 may comprise a cover component 2018. Figure 39 shows a perspective cross-section view taken along section plane A1-A2 identified in Figure 38 showing the assembly arrangement of the components.

[0208] With reference to Figure 40, three views of the lower component 2005 are shown in which (a) is a view from above, (b) is a view from below, and (c) is a cross-section taken along section plane A1-A2 as identified in Figure 40(a). The lower component 2005 is formed having a generally planar body 2026 of circular shape coaxial with an axis X. The planar body 2026 has an upper side 2026a providing an upper surface 2028, and a lower side 2026b providing a lower surface 2030. At the periphery of the planar body 2026 are three downward extending annular lip segments 2032a-c, 2032c. At terminal ends of the lip 2032a, 2032c are circular shaped feet-like supports 2034a, 2034c respectively, which support the lower component 2005 when placed on a surface; and mid-length of the lip segment 2032b is circular shaped support 2034b. The circular supports 2034 extend down the same distance as the respective lip segments 2032. Each of the circular shaped supports 2034 comprise respective circular recesses 2036 as shown. Each of the recesses 2036 may seat respective magnets 2037, which magnetically interact with magnets 3042 seated in recesses 3040 of the cover 2018, as shown in Figure 43(c).

[0209] Extending coaxially with the axis X from the upper surface 2028 is a projection 2038. For the case shown, the distal end of the projection 2038 is shaped conically having a tip or apex portion 2038a. It will be appreciated that the shaping of the tip portion 2028a is not essential.

[0210] The planar body 2026 is provided with an annular shaped recess 2040 spaced inward of the periphery of the body 2026. The purpose of the annular shaped recess 2040 is to receive a copper coil (not shown) from an inductive power trasnfer arrangement. In this manner, one or more electrical components (e.g., a LED) positioned with the rotatable component 2010 can be powered while rotating. Positioning of the copper coil within the annular shaped recess 2040 allows the coil to sit below or flush with the of the surface of the lower component 2005 so as to avoid or mitigate interference with rotation of the rotational component 2010.

[0211] A further annular shaped recess 2041 is provided at the periphery of the planar body 2026, and extends from the upper side of the circular shaped support 2034c to the circular shaped support 2034b, and through the circular shaped support 2034a. The purpose of the annular shaped recess 2041 is to provide a landing surface for the lower annular rim 3036 of the frame component 2018 and enabling registration of 3040 with 2034, as shown in Figure 43(c).

[0212] With specific reference to Figure 40(b), a set of first recesses 2042 is provided in the lower side 2026b of the planar body 2026 as shown. The set of first recesses 2042 is arranged in coaxial relation with the axis X. The set of first recesses 2042 respectively seat a set of first magnets 2044. The purpose of the set of first magnets 2044 is to interact with a set of second magnets 2062 provided with the lower part 2010a of the rotatable component 2010, as will be described below. In some embodiments, the set of first magnets 2044 may comprise one or a plurality of magnets. In some embodiments, the set of second magnets 2062 may comprise one or a plurality of magnets.

[0213] With reference to Figures 41 and 42, the rotatable component 2010 is shown. As noted, in some embodiments the rotatable component 2010 may be provided as a single piece body, however, this need not be the case. For the embodiment of the rotatable component 2010 shown, a two-part assembly working a lower part 2010a and an upper part 2010b is provided. Both the lower 2010a and the upper 2010b parts are formed so as to be assembled together in the manner shown in Figures 39 and 44.

[0214] With reference first to Figure 41 , three views of the lower part 2010a of the rotatable component 2010 are shown in which (a) is a view from above, (b) is a view from below, and (c) is a cross-section taken along section plane A1-A2 as identified in Figure 41(a).

[0215] The lower part 2010a of the rotatable component 2010 comprises a generally circular shaped body 2050 having upper 2050a and lower 2050b sides. The lower side 2050b of the body 2050 comprises first 2052 and second 2054 recesses which extend inwards of the body 2050. The first 2052 and second 2054 recesses are formed coaxial with the axis X. The first recess 2052 is separated from the second recess 2054 by an annular wall 2056. The first recess 2052 is configured so as to be receivable of the shaft 2038 of the lower part 2010a of the rotatable component 2010. Furthermore, the inward end of the first recess 2052 is shaped in a conical manner (2058) as shown in Figure 41(c), in which a central apex 2058a of the cone is configured so as to, in use, register with the distal tip 2038a of the distal end of the projection 2038. In use, the first recess 2052 is configured so as to receive the projection 2038 so as to rotatably support the rotatable component 2010 when assembled with the upper part 2010b. In this manner, the rotatable component 2010 is able to spin relative to the lower component 2005.

[0216] It will be appreciated that the first recess 2052 may be dimensioned so as to be receivable of, for example, a bearing module, which bearing module engages with the projection 2038 for the purpose of enabling supportive rotation of the rotatable component 2010. The skilled reader will appreciate that various solutions can be used to facilitate rotation of the rotatable component consistent with the present disclosure.

[0217] In some instances, the rotatable component 2010 may be used to slow or help contribute to the stabilisation of the gyroscopic motion that may be incurred when rotated. In some embodiments the distal tip 2038a may not touch the central apex 2058a. In some embodiments the central apex 2058a may consist of a flat, pointed or circular cavity.

[0218] The top of the projection 2038 may be substantially flat, pointed, domed, circular, oval, hemispherical etc. The rotatable component 2010 may or may not include a bearing that can be inserted into the first recess or 2052. The bearing and / or pointed projected 2038 may be used to assist in the rotation of the rotatable component 2010. In some instances, the tip of the projection 2038 may or may not meet the inward end or roof of the first recess 2052 until having been spun. The tip 2038 and / or bearing can be used to calibrate the rotatable component’s 2010 stability and / or spin duration, e.g. a flat inward end of the first recess 2052 creates friction, and a pointed tip keeps it centred plus reduces friction when touching (reducing load and friction). In some instances, the projection’s tip 2038a (pointed or flat) may not touch the first recess 2052, however when it wobbles when spun, it meets the conical walls to stabilize the spin / rotation, or the flat surface meets the roof of the first recess or first recess 2052. The rotatable component 2010 may also continually reside on the top of the projection 2038 when spun, or perhaps a combination of both. Rotational spin in combination with the magnetic levitation may lift the spinner higher than the tip itself. Additionally points of contact on the bearing’s bottom (flat surface) can also be used to slow and / or stabilize the planar spin and / or duration of spin.

[0219] With specific reference to Figure 41(b), a set of second recesses 2060 is provided in the lower side 2050b of the body 2050 as shown. The set of second recesses 2060 is arranged in coaxial relation with the axis X. The set of second recesses 2060 respectively seat a set of second magnets 2062. The purpose of the set of second magnets 2062 are to magnetically interact with the set of first magnets 2044 of the lower component 2005, as described below.

[0220] The body 2050 is provided with a set of seats 2064 spaced equidistant about the periphery of the body 2050. Each of the seats 2064 are shaped in the form of a “U” profile, and which extend a small distance radially inwards of the periphery of the body 2050 toward the axis X, as shown in Figures 41(a)-(c). In use, each of the seats 2064 are configured so as to receive a light emitting diode (LED) module, such that, when seated in a respective seat 2064, the light of the LED faces radially outwards (relative to the axis X).

[0221] With reference to Figure 41(a), the upper side 2050a of the body 2050 provides an annular raised portion 2066 coaxial with the axis X. The annular raised portion comprises a set of circular recesses 2068 (five shown) equidistance from each other about the axis X. The purpose of the set of circular recesses 2068 is to receive a respect magnet of a set of third magnets 2070 (which may comprise one or a plurality of magnets) which magnetically interact with a set of fourth magnets 3018 (which may comprise one or a plurality of magnets) that are seated in recesses 3015 provided with the upper part 2010b of the rotatable component (described below). In this manner, the magnetic interaction between the third 2070 and fourth 3018 sets of magnets operates to assist in holding the lower 2010a and upper 2010b parts of the rotatable component 2010 together when assembled. The magnetic interaction between the third 2070 and fourth 3018 sets of magnets operates to also assist in keeping an alignment relative to the axis X. The third 2070 and fourth 3018 sets of magnets can be placed radially to minimise magnetic interference. This aids in alignment helping the magnets and seeking registration of the projections 2084 to pass through slots 2076, also allowing the set of recessed portions 2086 to register or correspond with the set of seats 2064 formed in the lower part 2010a that cooperate to provide a seated recess for a respective LED.

[0222] A central portion 2072 (of circular form) of the upper side 2050a of the body 2050 comprises a generally flat surface. Intermediate a peripheral edge of the central portion 2072 and a peripheral edge of the annular raised portion 2066, there is provided a set of slots 2076 (four shown) of arc like form. The set of slots 2076a-d are dimensioned so as to receive a respective set of projections 2084a-d which extend from the lower side 2050b of the upper part 2010b (see Figure 42(b)). Once respective projections 2084a-d engage with corresponding slots 2076a-d, the lower 2010a and upper 2010b parts are able to register with one another so as to assemble together in a desired manner. For example, the slots 2076a-d and projections 2084a-d may be formed so as to ensure that a specific relative alignment of the assembly of the lower 2010a and upper 2010b parts results. It will be appreciated that many different arrangements can be devised to achieve the same purpose.

[0223] In use, with the rotatable component 2010 assembled and rotatably supported by the shaft 2038, the rotatable component 2010 is caused to be rotated or spun about the axis X. The relative positioning of the first 2044 and second 2062 sets of magnets can be configured to establish a number of magnetic interactions, such as for example, a levitation effect, in order to help facilitate continued rotation of the rotatable component 2010 when spun, and / or facilitate stabilisation of the component during rotation, e.g., so that it spins stably in the horizontal plane as much as possible rather than experiencing ‘wobble’ (causing the rotatable component to reduce its spin time).

[0224] In a first configuration shown in Figure 44a-A (and which is used for the embodiment of the spinner assembly 2000) the set of first 2044 and second 2062 magnets are aligned radially with respect to the axis X, and are positioned in their respective recesses so that their respective poles are oriented the same. The number of magnets in each set of first 2044 and second 2062 sets of magnets are the same. The set of first magnets 2044 are spaced inward from the radial position of the set of second magnets 2062 relative to the axis X as shown in Figure 44. With this radial offset spacing arrangement (for the magnets used the radial offset spacing is about 1 ,3mm in the radial direction from the axis X, and the spacing in the vertical plane is about 1 ,7mm for the embodiment shown, but will vary depending on the characteristics of the magnets used) the set of second magnets 2062 magnetically interacts with the set of first magnets 2044 in way in which the magnetic interaction between an interacting pair causes both to repel each other between the facing corners of the magnets (see Figure 44a-A). In this manner, it is considered that the magnetic field lines of the first 2044 and second 2062 magnets due to the offset nature of the positions of corresponding magnets from both first 2044 and second 2062 sets help stabilise the rotatable component 2010 in an orientation that is generally parallel with the planar form of the lower component 2005 by the resultant repelling force acting on the rotatable component 2010 having a component acting upwards and a component acting outwards from the axis X. The interaction is symmetrical about the axis X. In this manner, the rotatable component 2010 has been observed to experience a levitation effect. The first 2044 and second 2062 magnets being arranged in this generally configuration is considered beneficial due to their magnetic interaction operating to keep the rotatable component 2010 rotating in substantially the same plane, and the net pulling force is not downwards. Furthermore, the magnetic interaction operates to align both sets 2044, 2062 of magnets radially. In an embodiment, for the magnets used and described herein, the offset between the sets 2044, 2062 of magnets is about 1 ,3mm, however, this distance will vary depending on the size strength and shape of each magnet. For example, size strength, shape and magnetized directions can vary. Further, different orientations relative to the axis X (eg. different angularity relative to / with the axis) could also alter each interaction dependent on the aforementioned.

[0225] In a second configuration shown generally in Figure 44a-B, the positioning of the set of second magnets 2062 are spaced radially inward from the radial position of the set of first magnets 2044 relative to the axis X. As with the first configuration, the set of first 2044 and second 2062 magnets are positioned in their respective recesses so that all their respective poles are oriented the same. In test embodiments using this radial offset spacing arrangement (for the magnets used, and the spacing in the vertical plane (which is about 1 ,7mm for the embodiment shown, but will vary depending on the characteristics of the magnets used) the spacing arrangement is again about 1.3mm in the radial direction from the axis X) the set of second magnets 2062 magnetically interacts with the set of first magnets 2044 in a way in which the magnetic interaction between an interacting pair causes both to repel each other between the facing corners of the magnets (see Figure 44a-B). In this manner, it is considered that the magnetic field lines of the first 2044 and second 2062 magnets due to the offset nature of the positions of corresponding magnets from both first 2044 and second 2062 sets help stabilise the rotatable component 2010 in an orientation that is generally parallel with the planar form of the lower component 2005 by the resultant repelling force acting on the rotatable component 2010 having a component acting upwards and a component that is directed inwards towards the axis X. The interaction is symmetrical about the axis X. In this manner, the rotatable component 2010 has been observed to experience a levitation effect. The first 2044 and second 2062 magnets being arranged in this generally configuration is considered beneficial due to their magnetic interaction operating to keep the rotatable component 2010 rotating in substantially the same plane, and the net pulling force is not downwards. Furthermore, the magnetic interaction operates to align both sets 2044, 2062 of magnets radially.

[0226] In a third configuration shown generally in Figure 44a-C, the radial positioning of the sets of first 2044 and second 2062 magnets with respect to the axis X is the same (ie. the distance from each set of first 2044 and second 2062 magnets is the same). However, the set of first 2044 and second 2062 magnets are positioned in their respective recesses so that their respective poles are oriented oppositely. With this configuration, the final resting position of the first 2044 and second 2062 magnets is where the rotatable component 2010 slows to a stop / rest that is substantially between magnet positions, and not in a radial alignment as with the above described first and second configurations. That is, for example, a stable resting position of the rotatable component 2010 relative to the lower component 2005 will be where a magnet of the second set 2062 will be between adjacent magnets of the first set 2044. With this configuration, wobble of the rotatable component 2010 has been observed when coming to a rest / stop as the magnetic interaction operates to pull or bias the rotatable component 2010 downwards. In contrast, for the abovedescribed configurations (first and second), the magnetic interaction operates to align both sets 2044, 2062 of magnets radially.

[0227] With reference to Figure 42, similar views of the upper part 2010b of the rotatable component 2010 are shown as for Figure 41. The upper part 2010b of the rotatable component 2010 comprises a generally circular shaped body 2080 having upper 2080a and lower 2080b sides. The lower side 2080b of the body 2080 comprises first recess 2082 which extends inwards of the body 2080. The first recess 2082 is formed coaxial with the axis X. Extending from a ceiling 2082a of the recessed region of the first recess 2082 are a set of four projections 2084a-d. Each of the projections 2084a-d extend circumferentially about the axis X at discrete lengths. As noted above, the set of projections 2084a-d engage with the corresponding set of slots 2076 provided with the lower part 2010a to assist in aligning the lower 2010a and upper 2010b parts as required when assembling the rotatable component 2010.

[0228] As noted above in relation to the set of seats 2064 provided with the lower part 2010a, the lower side 2080b of the body 2080 is formed so as to provide a set of recessed portions 2086 that are spaced inward from the outermost peripheral extent of the body 2080, and spaced about the axis X. The set of recessed portions 2086 are shaped so as to receive a portion of a respective LED that is, when the lower 2010a and upper 2010b parts are assembled together, seated in a respective seat 2064 of the lower part 2010a. Thus, the set of recessed portions 2086 are formed so as to register or correspond with the set of seats 2064 formed in the lower part 2010a. In this manner, when the lower 2010a and upper 2010b parts of the rotatable component are assembled together, each LED can be held or retained in its position. In use, this can be important when the rotatable component 2010 is rotating or initially spun where it can experience a relatively high amount of angular velocity / acceleration, which can, if not subject to a retaining / retention means, operate to cause an LED to become unseated. It will be appreciated that various means for retaining the LEDs will be devisable. For example, variance in angularity of LED can be varied. For example, different orientations relative to the axis X of the LEDs can vary or be varied (eg. potentially being upright, magnetic interference mitigation so as to allow sufficient power transfer from magnetic resonance etc).

[0229] The peripheral extent of the body 2080 of the upper part 2080a is shaped reminiscent, for the embodiment shown, of an annular chamfer. In this manner, the peripheral wall of the body 2080 comprises an angled face 2090. As can be seen, the angled face 2090 is provided with one or more sets of indicia 2095a that is spaced equidistantly about the face - M -

[0230] 2090. An uppermost extent of the body 2080 comprises a face 3000 which extends inwards a short distance from the edge of the angled face 2090 as shown. Similarly, the face 2090 may be provided with a plurality of indicia 2095b that is spaced equidistantly about the face 3000. The indicia 2095a / b can take any form as described here. The indicia 2095a / b can take any form described herein. The different sets of indicia 2095a / b may be symbols or forms that correspond with a role-playing game where the spinner assembly 2000 is used. For example, indicia 2095a and 2095b can represent a spell, move, action, ability, damage, condition, health, character mood, in game currency, item cost, directional movement of character, distance, status, armor etc. Furthermore, indicia 2095a and 2095b can be used as a visual aid to help align components, eg. top and bottom spinner. Also, indicia 2095a and 2095b can be used as a reference external text or on a mobile device in relation to the corresponding indica. In any case, 2095a and 2095b indica may represent the same thing or be interchangeable.

[0231] The upper side 2080a of the body 2080 comprises a recessed region 3005 which commences from the edge of the angled face 2090. Extending from a floor of the recessed region 3005 is an annular wall 3008. The annular wall 3008 is of non-uniform height about its circumference. The annular wall 3008 surrounds a generally planar circular region 3010 which is recessed deeper than the recessed region 3005. The planar circular region 3010 may seat an accessory device or component, such as, for example, a near field communication (NFC) tag T (which could be a NTAG® 424 DNA tag) or chip that operates as an element or device of a game, as described herein (see Figures 39 and 44). The tag T may enable use of the spinner assembly 2000 with the principles of the object management system 5000 described below and shown in Figures 45 to 48. Token T, an augmented proxy assessed via electronic device, and 4900 may be used in combination to sign messages and authorise use for gameplay.

[0232] With reference to Figure 42(a), the recessed region 3005 of the body 2080 comprises a set of circular recesses 3015 (five shown) spaced equidistance from each other about the axis X. The purpose of the set of circular recesses 3015 is to receive a respect magnet of a set of fourth magnets 3018 which magnetically interact with the set of third magnets 2070 that are seated in recesses 2068 provided with the upper side 2050a of the body 2050a of the lower part 2010a ofthe rotatable component 2010 (described below). In this manner, the magnetic interaction between the third 2070 and fourth 3018 sets of magnets operates to assist in holding the lower 2010a and upper 2010b parts ofthe rotatable component 2010 together when assembled (in the same manner as has been described above).

[0233] The recessed region 3005 comprises a set of slots 3020 at its peripheral edge. The set of slots 3020 are for use as visual guides. Slots 3020 can employ similar principles as the set of projections 2084a-d and the set of recessed portions 2086 if need be and act as a guide. Slots 3020 can reduce weight and be used to improve cosmetics / aesthetics.

[0234] The cover component 2018 is shown in Figure 43. Similar views of the cover component 2018 are shown as for the components of Figures 40-42. For the embodiment shown, the cover component 2018 is provided in the form of a shell or cage like structure which is configured to stand on the lower component 2005 (as seen clearer in Figure 44) provides a supporting surface on which a miniature figurine or a base (such as, for example, a base, base assembly, or spinner assembly as described above), may be placed.

[0235] As seen in Figure 43(a), the cover component 2018 comprises a circular shaped planar roof 3030 having an upward extending annular lip 3032 at its periphery. The upper side of the planar roof 3030 provides a surface 3030a upon which any of the bases or assemblies (eg. bases / base assemblies 10, 10a, 100, 200, 600, 1000, etc) or miniature figurines described herein can be supported. A side wall 3034 extends downward and outwards from a portion of the lip 3032 providing a shaped curved side wall as shown. As seen, the side wall 3034 does not extend wholly around the roof 3030, but comprises a section where the side wall is open or omitted (shown at 3043 in Figure 43(b)). The gap or space provided by 3043 is for allowing access to the peripheral edge of the rotatable component 2010 so as to enable a user / playerto spin the rotated component 2010.

[0236] The side wall 3034 terminates with a lower annular rim 3036 which extends between circular supports 3038a, 3038b, 3038c. Each of the circular supports 3038a-c comprise respectively recesses 3040a-c. The recesses 3040a-c are used to seat respective magnets of a set of magnets 3042a-c, which, when the cover component 2018 is assembled with the lower component 2005, magnetically interact with respective magnets 2037 which seat in the recesses 2036a-c. In this manner, when assembled, the magnetic interaction between the magnets 3042 and 2037 helps retain the cover component 2018 with the lower component 2005.

[0237] The side wall 3034 is provided with one or more apertures or cut-outs 3044, which can be provided at any position about the side wall 3034. The apertures 3044 comprise slots 3044a and apertures 3044b. The apertures 3044b can be of different size. The positioning and / or geometry of the apertures 3034a / b can be in accordance with the rule or requirements of a role-playing game. As shown in Figure 38, the apertures 3044a / b may be arranged so as to register with various indicia 2095a / b and / or the LED modules provided with the rotatable component 2010, so that the indicia can be seen, or else hidden by way of the side wall 3034.

[0238] The apertures or cut-outs 3044 maybe removed by covering over the relevant aperture / cut-out 3044 with a cover or similar that is attachable to the side wall 3034 (using any appropriate fastening means, eg. magnets). For example, a cover arrangement could be similar to a translation or rotation of a ‘sliding door’ arrangement often used with condiment containers.

[0239] The side wall 3034 also features a number of indicia 3046 provided at various positions about the side wall. As shown in Figure 43(a), the side wall is provided with different sets of indicia (identified as 3046a, 3046b, 3046c, 3046d). The indicia 3046 can take any form described herein. The different sets of indicia 3046 may be symbols or forms that correspond with a role playing game where the spinner assembly 2000 is used.

[0240] As seen in Figure 43(c), a generally central location of the underside of the roof 3030 comprises an annular wall 3048 extending downwards from the underside 3050 of the roof 3030. The annular wall 3048 defines a recess region 3052 for seating of a magnet. In this manner, the magnet 3052 can be used to magnetically interact with a magnet of a miniature figurine, base, or adapter as described above, so as to help retain the miniature figurine / base / adapter in position.

[0241] The interior side of the side wall 3034 comprises a set of fifth recesses 3065 which are positioned spaced above the lower annular rim 3036, and used for seating a set of fifth magnets 3070 (which may comprise one or a plurality of magnets). The recesses 3065 are spaced generally equidistant apart from each other about the side wall 3034. The spacing of the recesses 3065 about the interior of the side wall 3034, and consequentially the set of fifth magnets 3070, is the same as the spacing of the seats 2064 used for seating the LEDs. In use, following the rotatable component 2010 being spun, in addition to the magnetic interaction of the first 2044 and second 2062 magnets occurring as described above, the set of fifth magnets 3070 magnetically interact with the magnets provided with the LEDs so as to establish an attractive force therebetween which can be further used to assist in affirmatively or stably aligning the rotatable component at a desired state of alignment as it slows to rest following rotation.

[0242] The interior side of the side wall 3034 adjacent where apertures or cut-outs 3044 are provided can be used to comprise or host a set of recesses 3060 positioned or spaced above the recesses 3065. These recesses 3060 can also seat respective magnets which can be used to further assist in working with the fifth magnets 3070 to affirmatively or stably align the rotatable component 2010 as at desired state of alignment as it slows to rest following rotation. In an embodiment, the set of fifth magnets 3070 may be radially offset with the first 2044 and second 2062 magnets, but to the extent they do not interfere with the gyroscopic motion / stability, or subsequent magnets they may be equidistantly spaced from. In some embodiments, only the magnets and the LEDs would be required to align the indica.

[0243] It will be appreciated that the side wall 3034 could instead be part of or arranged so as to be carried from or by the lower component 2005. In such embodiments, the side wall 3034 could extend upwards from the periphery of the lower component 2005 in a so as to provide the lip 3032. The lip 3032 could then support or provide the surface 3030a for supporting any article or device, such as a miniature figurine, bases, accessories described herein. In such embodiments, the side wall could be formed in similar forms as the side wall 3034.

[0244] As to variations of the above, the magnets in the LEDs can be used as a substitute for the set of third magnets 3070 in the rotatable component 2010, with fewer magnets then required for use in other components of the spinner assembly 2000 to affirmatively align the rotatable component 2010 as it slows to rest. However, the magnets in the LEDs can be used in combination any of the sets of magnets if needed or beneficial.

[0245] The magnetic interaction by way of the magnets in the LED can be used in a dual purpose manner to maintain the LEDs in a fixed position for accessibility in combination with the magnets on the lower 2010a or upper 2010b parts of the rotatable component 2010.

[0246] Magnets may be used in various positions in the cover component 2018, however, consideration should be given to placement so as to not compromise the planar spin or rotation of the rotatable component 2010 overall. LEDs can be inserted into the rotatable component 2010. In a gaming environment, for example, LEDs may be represent ‘abilities’ or characteristics of a character, and so can be swapped among players (and inserted into place on the rotatable component 2010). LED light colour can reflect / represent difficulty, rarity or level of spells. LEDs can be configured to optimise the brightness of the LEDs (dampen magnetic interference with copper coil). LEDs can also be or representative of a user.

[0247] Embodiments of the spinner assembly 2000 may be embodied in the form of a base unit or assembly for use in a role playing game, a base unit or assembly for supporting a miniature figurine, a base unit or assembly for supporting a base for supporting a miniature figurine, a base unit or assembly for supporting an adapter that in use is secured to an underside of a miniature figurine, all as described herein.

[0248] Any of the components described herein can be manufacturer using any usual high volume manufacturing process. In one form, a plastic injection moulding process may be used. In another form, any suitable 3D printing process may be used. For example, any of the components may be made available for download and 3D printing on a home 3D printer by a user. The skilled reader will appreciate various other ways and means that any of the components describe herein can be manufactured.

[0249] Integration of Electronic Devices

[0250] Figure 45 shows a cross-sectional view of an embodiment of an object 10c, taken along a section plane. The object 10c may be in the form of a base 10c for a miniature figurine. The miniature figurine may be connected to the object 10c. Whilst described herein as a base 10c in some embodiments, it will be appreciated that the base 10c may alternatively be referred to as an object. The object 10c may be in the form of a component of a base assembly or a spinner assembly. For example, the object may be similar to, or the same as one or more of the components of one or more base assemblies, or spinner assemblies described herein. The object 10c may be in the form of an adaptor 10c. The adaptor 10c may be configured to be secured to an underside of a miniature figurine. Whilst described herein as an adaptor 10c in some embodiments, it will be appreciated that the adaptor 10c may alternatively be referred to as an object. The object 10c may be in the form of a top base component. For example, the object may be similar to, or the same as one or more of the top base components described herein. The object 10c may be in the form of an upper base component. For example, the object may be similar to, or the same as one or more of the upper base components described herein. The object 10c may be in the form of a bottom base component. For example, the object may be similar to, or the same as one or more of the bottom base components described herein. The object 10c may be in the form of a bottom base sub-component. For example, the object may be similar to, or the same as one or more of the bottom base sub-components described herein. The object 10c may be in the form of an accessory. For example, the object may be similar to, or the same as one or more of the accessories described herein.

[0251] The object 5020 may comprise or be in the form of the first component 610 described herein. The object 5020 may comprise or be in the form of the second component 615 (and / or variants 615’, 615”) described herein. The object 5020 may comprise or be in the form of the third component 620 (and / or variants 620”) described herein. The object 5020 may comprise or be in the form of the body component 102 described herein. The object 5020 may comprise or be in the form of the disc component 104 described herein. The object 5020 may comprise or be in the form of the dial component 106 described herein. The object 5020 may comprise or be in the form of the lower component assembly 1010 (and / or any of its first 1012 and second 1014 constituent bodies) described herein. The object 5020 may comprise or be in the form of any embodiment of an accessory 800, 900 or auxiliary component described herein. The object 5020 may comprise or be in the form of the spinner assembly 2000 described herein. The object 5020 may comprise or be in the form of the lower component 2005 described herein. The object 5020 may comprise or be in the form of the rotatable component 2010 if provided as a single body. The object 5020 may comprise or be in the form of the lower part 2010a of the rotatable component 2010 described herein. The object 5020 may comprise or be in the form of the upper part 2010b of the rotatable component 2010 described herein. The object 5020 may comprise or be in the form of the cover component 2018 described herein.

[0252] The base 10c comprises an electronic device 4900. In some embodiments, the electronic device 4900 is a passive electronic device. That is, the electronic device 4900 is configured to be powered by another electronic device (not shown). In some embodiments, the electronic device 4900 may be an active electronic device. That is, the electronic device 4900 may be configured to power itself for certain periods of time, without appreciable interaction from other electronic devices. In some embodiments, the electronic device 4900 is an NTAG® 424 DNA tag manufactured by NXP Semiconductors.

[0253] The electronic device 4900 comprises a wireless communication system (not shown). The wireless communication system comprises an antenna. The antenna is configured to enable the transmission and / or receipt of radio frequency (RF) signals. The antenna is configured to enable the electronic device 4900 to receive energy from another electronic device, such as an active electronic device. Specifically, a RF signal incident to the antenna may induce a current in the antenna. The antenna is configured to communicate this induced current with one or more other electrical components of the electronic device 4900. That is, the antenna is electrically connected to one or more other electrical components of the electronic device 4900.

[0254] The electronic device 4900 comprises a controller (not shown). The controller is configured to control one or more other components of the electronic device. For example, the controller may be configured to control the transmission and receipt of data. The controller may comprise at least one processor. The controller may comprise a modulator. The modulator is configured to enable modulation of digital data into RF signals for transmission via the antenna. The modulator may be configured to enable demodulation of incoming RF signals, detected by the antenna, into digital data. The modulator may be considered part of the at least one processor.

[0255] The controller may comprise memory. The memory is configured to store data that is associated with the relevant component. For example, the memory may store a unique identifier (UID). The UID may be referred to as a unique identification number. That is, the UID may be a number that is unique to the particular electronic device 4900, within the system with which the electronic device 4900 is to be used. The unique identifier may be associated with the relevant component (for example, in memory and / or in another database). The memory may store data indicative of one or more characteristics associated with the relevant component. Specifically, the memory may store the unique identifier that is associated with the relevant component, data indicative of one or more of encryption keys and / or one or more software modules that are configured to be executed by the at least one processor to enable specific functionality of the electronic device 4900. The memory may store the unique identifier and the one or more encryption keys as a UID-key pair.

[0256] The memory may store program instructions that are accessible by the at least one processor. The program instructions are configured to be executed by the at least one processor to enable certain functionality of the electronic device 4900. In particular, the program instructions are configured to be executed by the at least one processor to cause the at least one processer to perform one or more of the steps of a method described herein. The program instructions comprise the one or more software modules.

[0257] In response to executing one or more of the software modules, the controller may transmit transmission data. The transmission data may be associated with the data stored in the memory. For example, the transmission data may comprise or be derived from the unique identifier. Alternatively, the transmission data may comprise or be derived from the data indicative of one or more characteristics associated with the relevant component. The transmission data may comprise the encryption key. The transmission data may be encrypted.

[0258] The base 10c includes a recess 4902. The recess 4902 is a recess in a side wall 24 of the base 10c. It will, however, be appreciated that in some embodiments the recess 4902 may be elsewhere in the base 10c. The recess 4902 is configured to receive the electronic device 4900.

[0259] The electronic device 4900 is encapsulated prior to insertion into the recess 4902. The electronic device 4900 may be encapsulated with a resin. Once encapsulated, the electronic device 4900 is inserted into the recess 4902. The electronic device 4900 is secured within the recess 4902. In some embodiments, the electronic device 4900 may be secured within the recess 4902 using an overmoulding process. That is, a thermoplastic or elastomer may be moulded over the electronic device 4900 after it is positioned within the recess 4902. Alternatively, a cap may be placed over the recess 4902, thereby securing the electronic device 4900 in place. It will be appreciated that the electronic device 4900 may be secured within the recess 4902 in another way.

[0260] Following the manufacture of the base 10c with the embedded electronic device 4900, the functionality of the electronic device 4900 can be confirmed (e.g. via an external device that is configured to communicate with the electronic device 4900 wirelessly) prior to the product being shipped.

[0261] While the integration of the electronic device 4900 has been described with respect to the base 10c, it will be appreciated that the electronic device 4900 may alternatively be integrated into one or more of the other components described herein in a similar way. For example, the electronic device 4900 may be integrated into one of the components of the adaptor in a similar way. It will also be appreciated that the electronic device 4900 may be integrated into another object. For example, the electronic device 4900 may be built into a miniature figurine itself, an item that is configured to be associated (e.g. attached to) the miniature figurine, and / or another object.

[0262] Object Management System 5000

[0263] The interactive gaming and collectibles industry has been significantly influenced by the advancement of technology, particularly in the area of Near Field Communication (NFC) and Radio Frequency Identification (RFID). These technologies enable objects, such as gaming miniatures, to interact with electronic devices and platforms, enhancing the overall user experience by providing dynamic content, interactive gameplay, and secure data exchange. However, these systems have several limitations, such as the lack of real-time monitoring, dynamic configuration, and secure content protection.

[0264] RFID and NFC tags have limited memory and security features, restricting their application to simple tasks like identification or static content delivery. These limitations have hindered the development of more advanced and interactive applications, as there is a need for higher memory capacity, dynamic content configuration, and robust security features to prevent unauthorized access or tampering.

[0265] Newer technologies such as the NTAG® 424 DNA tag enable these limitations to be addressed by offering advanced features such as password protection, mutual authentication, secure messaging and tamper detection. However, there is a lack of comprehensive user interface (Ul) tools that allow users to leverage these advanced features fully, configure the tags dynamically, and monitor their status in real-time.

[0266] Thus, there is a need for a system that provides a user-friendly interface for configuring, managing, and monitoring the NTAG® 424 DNA tags and objects incorporating electronic devices such as these tags, thereby enabling users to harness the potential of these advanced features such as secure content protection and dynamic interaction in applications such as interactive gaming, collectibles, and other NFC-enabled products.

[0267] Figure 46 is a block diagram of an object management system 5000, according to some embodiments of the present disclosure. The object management system 5000 may alternatively be referred to as system 5000. The object management system 5000 enables user-friendly user interfaces to be provided to users of the system 5000 in relation to objects that incorporate advanced electronic devices such as the NTAG® 424 DNA tag. The object management system 5000 comprises a content host 5002. The content host 5002 is a computing device. The content host 5002 may take the form of or comprise one of a number of configurations, such as a specialty computing device such as a server or an application-specific integrated circuit (ASIC), a general-purpose computer, a consumer electronics device and / or a handheld electronic device. The content host 5002 may take the form of a distributed computing system, where certain tasks described herein are performed by remote processing devices that are connected via a communications network. For example, in some embodiments, the content host 5002 may be in the form of one or more computing devices that act as nodes of a distributed ledger. The content host 5002 may be referred to as a content hosting system.

[0268] Referring again to Figure 46, the content host 5002 comprises at least one processor 5004. Each processor 5004 of the content host 5002 may be referred to as a content host processor. The content host 5002 comprises memory 5006. Memory 5006 may be referred to as content host memory. The at least one processor 5004 is in communication with memory 5006. The content host 5002 comprises a network interface 5008. The network interface 5008 may be referred to as a content host network interface. The network interface 5008 enables the content host 5002 to communicate with other computing devices using one or more communication networks.

[0269] The at least one processor 5004 is configured to execute program instructions stored in memory 5006 to enable the functionality described herein. In other words, the program instructions are accessible by the at least one processor 5004, and are configured to cause the at least one processor 5004 to function as described herein. In some embodiments, the program instructions may be referred to as, or in the form of, program code.

[0270] The at least one processor 5004 comprises one or more microprocessors, central processing units (CPUs), application specific instruction set processors (ASIPs), application specific integrated circuits (ASICs), graphics processing units (GPUs), tensor processing units (TPUs), field-programmable gate arrays (FPGAs) or other processors capable of reading and executing program instructions.

[0271] Memory 5006 may comprise one or more volatile memory types. Memory 5006 may comprise one or more non-volatile memory types. For example, memory 5006 may comprise one or more of random access memory (RAM), flash memory, read-only memory (ROM) and electrically erasable programmable read-only memory (EEPROM). Memory 5006 is configured to store program code accessible by the at least one processor 5004. The program code may comprise executable program code modules. In other words, memory 5006 is configured to store executable code modules configured to be executable by the at least one processor 5004. The executable code modules, when executed by the at least one processor 5004 cause the at least one processor 5004 to perform certain functionality, as described herein.

[0272] Memory 5006 may store a copy of object data. The object data may be as described herein. Memory 5006 may store a copy of content data. The content data may be as described herein.

[0273] The vehicle network interface 5008 may comprise a combination of network interface hardware and network interface software suitable for establishing, maintaining and facilitating communication over a relevant communication network. Examples of a suitable communication network include a cloud server network, a wired or wireless internet connection, a wireless local area network (WLAN) such as Wi-Fi (IEEE 802.11) or Zigbee (IEEE 802.15.4), a wireless wide area network (WWAN) such as cellular 4G LTE and 5G or another cellular network connection, low power wide area networks (LPWAN) such as SigFox and Lora, Bluetooth™ or other near field radio communication, and / or physical media such as a Universal Serial Bus (USB) connection.

[0274] The object management system 5000 comprises a user interface system 5010. The user interface system 5010 may be referred to as a user interface device. The user interface system 5010 is or comprises a computing device. It will be appreciated that the user interface system 5010 may comprise one or more computing systems. The user interface system 5010 may take the form of or comprise one of a number of configurations, such as a specialty computing device such as a server or an application-specific integrated circuit (ASIC), a general-purpose computer, a consumer electronics device and / or a handheld electronic device. The user interface system 5010 is configured to provide a graphical user interface for a user. The user may be a player of a game. The user may be a vendor of a game. That is, the user may be a person or organisation that provides one or more objects and computer systems for use in a game.

[0275] The user interface system 5010 comprises a display 5012. The display 5012 may be referred to as a user interface display. The display may be referred to as a user interface system display. The display 5012 is configured to display information to a user. The display may be implemented as a heads-up display, an electroluminescent (ELD) display, a light emitting diode (LED) display, a quantum dot (QLED) display, an organic lightemitting diode (OLED) display, a liquid crystal display, a plasma screen, a cathode ray screen device, a combination of such displays or the like.

[0276] The user interface system 5010 comprises a user interface network interface 5014. The user interface network interface 5014 may simply be referred to as a network interface. The user interface network interface 5014 may comprise a combination of network interface hardware and network interface software suitable for establishing, maintaining and facilitating communication over a relevant communication network. Examples of a suitable communication network include a cloud server network, a wired or wireless internet connection, a wireless local area network (WLAN) such as Wi-Fi (IEEE 802.11) or Zigbee (IEEE 802.15.4), a wireless wide area network (WWAN) such as cellular 4G LTE and 5G or another cellular network connection, low power wide area networks (LPWAN) such as SigFox and Lora, Bluetooth™ or other near field radio communication, and / or physical media such as a Universal Serial Bus (USB) connection.

[0277] The user interface system 5010 is configured to communicate with the content host 5002 via a communication network 5016. In the illustrated embodiment, the communication network 5016 is the Internet.

[0278] The object management system 5000 comprises a communication device 5018. The communication device 5018 is configured to enable bi-directional data communication with another electronic device. In particular, the communication device 5018 is configured to enable wireless communication with another electronic device. The other electronic device may be a passive electronic device.

[0279] The communication device 5018 is in communication with the user interface system 5010. The communication device 5018 may be connected to the user interface system 5010 with a wired connection and / or a wireless connection. The communication device 5018 acts as an intermediary between the user interface system 5010 and another electronic device. Power may be supplied to the communication device 5018 from the user interface system 5010.

[0280] The communication device 5018 comprises an antenna (not shown). The antenna is configured to enable the transmission and / or receipt of radio frequency (RF) signals. The antenna is configured to enable the communication device 5018 to transmit energy to another electronic device, such as a passive electronic device. In some embodiments, the communication device 5018 comprises a plurality of antennas. Each antenna may be independently controllable.

[0281] The communication device 5018 comprises a controller (not shown). The controller is configured to control one or more other components of the communication device 5018. For example, the controller may be configured to control the transmission and receipt of data. The controller may comprise at least one processor. The controller may comprise a modulator. The modulator may be configured to enable modulation of digital data into RF signals for transmission via the antenna. The modulator may be configured to enable demodulation of incoming RF signals, detected by the antenna, into digital data. The modulator may be considered part of the at least one processor.

[0282] The object management system 5000 comprises an object 5020. The object 5020 may comprise or be in the form of the base 10c. The object 5020 may comprise or be in the form of one or more of the bases described herein. The object 5020 may comprise or be in the form of one or more of the adaptors described herein. The object 5020 may comprise a tabletop figurine. The object 5020 may be at least part of a miniature figurine. The object 5020 may comprise an accessory or auxiliary component for a tabletop figurine.

[0283] The object 5020 may comprise or be in the form of the first component 610 described herein. The object 5020 may comprise or be in the form of the second component 615 (and / or variants 615’, 615”) described herein. The object 5020 may comprise or be in the form of the third component 620 (and / or variants 620”) described herein. The object 5020 may comprise or be in the form of the body component 102 described herein. The object 5020 may comprise or be in the form of the disc component 104 described herein. The object 5020 may comprise or be in the form of the dial component 106 described herein. The object 5020 may comprise or be in the form of the lower component assembly 1010 (and / or any of its first 1012 and second 1014 constituent bodies) described herein. The object 5020 may comprise or be in the form of any embodiment of an accessory 800, 900 or auxiliary component described herein.

[0284] The object 5020 may comprise or be in the form of the lower component 2005 described herein. The object 5020 may comprise or be in the form of the rotatable component 2010 if provided as a single body. The object 5020 may comprise or be in the form of the lower part 2010a of the rotatable component 2010 described herein. The object 5020 may comprise or be in the form of the upper part 2010b of the rotatable component 2010 described herein. The object 5020 may comprise or be in the form of the cover component 2018 described herein.

[0285] The object 5020 comprises an electronic device 5022. The electronic device 5022 is embedded within the object 5020. In other words, the electronic device 5022 is integrated with the object 5020. The object 5020 comprises a recess and the electronic device 5022 is secured within the recess. The recess may, for example, be in a side wall of the object 5020.

[0286] The electronic device 5022 is encapsulated prior to insertion into the recess. The electronic device 5022 may be encapsulated with a resin. Once encapsulated, the electronic device 5022 is inserted into the recess. The electronic device 5022 is secured within the recess. In some embodiments, the electronic device 5022 may be secured within the recess using an overmoulding process. That is, a thermoplastic or elastomer may be moulded over the electronic device 5022 after it is positioned within the recess. Alternatively, a cap may be placed over the recess, thereby securing the electronic device 5022 in place.

[0287] In some embodiments, the electronic device 5022 may be connected to the object 5020. For example, the electronic device 5022 may be adhered to a surface of the object.

[0288] Following the manufacture of the object 5020 with the embedded electronic device 5022, the functionality of the electronic device 5022 can be confirmed (e.g., via an external device that is configured to communicate with the electronic device 5022 wirelessly) prior to the object 5020 being shipped.

[0289] The electronic device 5022 comprises a communication system 5030. The communication system 5030 is a wireless communication system. The communication system 5030 enables the electronic device 5022 to transmit data. The communication system 5030 enables the electronic device 2022 to receive data. In particular, the communication system 5030 enables the electronic device 5022 to wirelessly receive and transmit data. The communication system 5030 comprises an antenna (not shown). The antenna is configured to enable the transmission and / or receipt of radio frequency (RF) signals. In particular, the antenna is configured to enable the transmission and / or receipt of RF signals to and / or from the communication device 5018. The communication device 5018 may need to be brought within a certain physical distance of the object 5020 to facilitate this communication. Specifically, the communication device 5018 is configured to bidirectionally communicate with the electronic device 5022. Similarly, the electronic device 5022 is configured to bi-directionally communicate with the communication device 5018.

[0290] The antenna is configured to enable the electronic device 5022 to receive energy from another electronic device. In particular, the antenna is configured to enable the electronic device 5022 to receive energy from the communication device 5018. A RF signal incident to the antenna may induce a current in the antenna. The antenna communicates this induced current with one or more other electrical components of the electronic device 5022. That is, the antenna is electrically connected to one or more other electrical components of the electronic device 5022.

[0291] The electronic device 5022 comprises a controller 5024. The controller 5024 controls one or more other components of the electronic device 5022. In particular, the controller 5024 controls transmission of data. The controller 5024 also controls receipt of data. The controller 5024 controls the communication system 5030. Specifically, the controller 5024 controls the antenna.

[0292] The controller 5024 comprises at least one processor 5026. Each processor 5026 of the controller 5024 may be referred to as an electronic device processor. The controller 5024 comprises memory 5028. Memory 5028 may be referred to as electronic device memory. Memory 5028 may be referred to as controller memory. The at least one processor 5026 is in communication with memory 5028.

[0293] The at least one processor 5026 is configured to execute program instructions stored in memory 5028 to enable the functionality described herein. In other words, the program instructions are accessible by the at least one processor 5026, and are configured to cause the at least one processor 5026 to function as described herein. In some embodiments, the program instructions may be referred to as, or in the form of, program code. The at least one processor 5026 comprises one or more microprocessors, central processing units (CPUs), application specific instruction set processors (ASIPs), application specific integrated circuits (ASICs), graphics processing units (GPUs), tensor processing units (TPUs), field-programmable gate arrays (FPGAs) or other processors capable of reading and executing program instructions.

[0294] The controller 5024 may comprise a modulator. The modulator may be configured to enable modulation of digital data into RF signals for transmission via the antenna. The modulator may be configured to enable demodulation of incoming RF signals, detected by the antenna, into digital data. The modulator may be considered part of the at least one processor 5026.

[0295] Memory 5028 may comprise one or more volatile memory types. Memory 5028 may comprise one or more non-volatile memory types. For example, memory 5028 may comprise one or more of random access memory (RAM), flash memory, read-only memory (ROM) and electrically erasable programmable read-only memory (EEPROM). Memory 5028 is configured to store program code accessible by the at least one processor 5026. The program code may comprise executable program code modules. In other words, memory 5028 is configured to store executable code modules configured to be executable by the at least one processor 5026. The executable code modules, when executed by the at least one processor 5026 cause the at least one processor 5026 to perform certain functionality, as described herein.

[0296] Memory 5028 is configured to store data that is associated with the object 5020. The data that is associated with the object 5020 may be referred to as object data. Therefore, memory 5028 may be considered to store object data. The object data may be stored in an encrypted form. For the purposes of this disclosure, it will be appreciated that references to object data may relate to either of the object data in an unencrypted form and the object data in an encrypted form.

[0297] Memory 5028 may store a unique identifier. The object data comprises the unique identifier. The unique identifier is associated with the object 5020. For example, the unique identifier may be associated with the object 5020 in a database stored in memory 5006 of the content host 5002. Memory 5028 stores data indicative of one or more encryption keys. Memory 5028 may store one or more encryption keys. For example, memory 5028 may store a public key and a private key of a public-private key pair. The one or more encryption keys are associated with the object 5020. The one or more encryption keys may comprise the encryption key(s) required to decrypt the object data. Memory 5028 may store the unique identifier and the one or more encryption keys as a UID-key pair. That is, the object data may comprise a UID-key pair that comprises the UID and the one or more encryption keys.

[0298] Memory 5028 stores data indicative of one or more characteristics associated with the object 5020. The object data comprises the data indicative of one or more characteristics associated with the object 5020. Memory 5028 stores a shortcode. The object data may comprise the shortcode. The shortcode may be a Wordpress shortcode. The shortcode is configured to enable specific functionality. The shortcode may be in the form of a URL. A URL may comprise the shortcode. The shortcode may be inserted into the string of a URL. An example of one or more shortcodes may be [shortcode_restrict_access=video]. Such a shortcode configuration may be associated with the insertion of a video. The shortcode(s) may be integrated into one or more webpages or another user interface.

[0299] The shortcode may be unique to the object 5020. The shortcode may be dynamically generated. The shortcode may be determined using the UID. The shortcode may be determined using one or more of the encryption keys stored in memory 5028. In other words, the shortcode may be derived from one or more of the UID and the encryption keys associated with the object 5020. The shortcode may be derived from one or more of the UID and the encryption keys associated with one or more other objects.

[0300] Memory 5028 may store a plurality of different shortcodes across its working life. Memory 5028 may store a plurality of indicative shortcodes across its working life. The shortcode is associated with the object 5020. The object data comprises the shortcode. Memory 5028 stores data indicative of a character identity that is associated with the object 5020. The object data comprises the data indicative of a character identity that is associated with the object 5020. Memory 5028 stores data indicative of a character type that is associated with the object 5020. The object data comprises the data indicative of a character type that is associated with the object 5020. The object data may comprise at least part of a seed phrase. The object data may comprise an entire seed phrase. The at least part of a seed phrase may be encrypted.

[0301] Memory 5028 stores data indicative of a character status that is associated with the object

[0302] 5020. The object data comprises the data indicative of a character status that is associated with the object 5020. Memory 5028 stores equipment data that is associated with the object 5020. The object data comprises the equipment data that is associated with the object 5020. Memory 5028 stores data indicative of a skill that is associated with the object 5020. The object data comprises the data indicative of a skill that is associated with the object 5020.

[0303] The electronic device 5022 may comprise an NTAG® 424 DNA tag. The electronic device 5022 may be in the form of an NTAG® 424 DNA tag.

[0304] In some embodiments, the object management system 5000 comprises a plurality of objects, each with an embedded electronic device. The embedded electronic devices may be the same as or similar to the electronic device 5022 described herein.

[0305] The object management system 5000 may comprise an object interaction unit. The object interaction unit comprises integrated electronics that is configured to enable interaction with the electronic device 5022. For example, the object interaction unit may interact with the object 5020 when the object 5020 is in its physical proximity. The communication device 5018 may comprise the object interaction unit. The communication device 5018 may be in the form of the object interaction unit.

[0306] The object interaction unit may comprise a mat. The object interaction unit may be in the form of the mat. The mat may comprise integrated electronics that is configured to interact with the electronic device 5022 when the object 5020 is placed on the mat. For example, the mat may be configured to track the physical location of the object 5020 when it is placed on the mat. In some embodiments, the communication device 5018 is in the form of a mat. That is, the communication device 5018 may comprise the mat.

[0307] The object interaction unit may comprise a mobile communication device. The mobile communication device may comprise or be in the form of a smartphone. The mobile communication device may comprise or be in the form of a headset. For example, the mobile communication device may comprise or be in the form of an augmented reality headset and / or a virtual reality headset. The mobile communication device may comprise integrated electronics that is configured to interact with the electronic device 5022 when the object 5020 is placed near the mobile communication device. For example, the mobile communication device may be configured to track the physical location of the object 5020 when it is placed near the mobile communication device. The mobile communication device may comprise one or more sensors that are used to track the object 5020. For example, the mobile communication device may comprise one or more cameras and a processor that is configured to process camera data generated by the camera(s) to identify the object 5020 within the environment of the mobile communication device. In some embodiments, the communication device 5018 is in the form of a mobile communication device. That is, the communication device 5018 may comprise the mobile communication device.

[0308] In some embodiments, the object management system 5000 comprises an authentication device. The authentication device is portable. The authentication device may be an active electronic device. For example, the authentication device may be powered by a battery. Alternatively, the authentication device may be a passive electronic device.

[0309] The authentication device comprises a body. The body houses an electronic device. The electronic device of the authentication electronic device may be referred to as an authentication electronic device. The body may be referred to as a housing. The authentication electronic device is housed within the housing. The authentication electronic device may be embedded within the housing.

[0310] The authentication electronic device comprises a communication system. The communication system of the authentication electronic device may be referred to as an authentication communication system. The authentication communication system is a wireless communication system. The authentication communication system may be the same as, or similar to, in one or more aspects, the communication system 5030 of the electronic device 5022.

[0311] The authentication electronic device comprises an antenna. The antenna of the authentication electronic device may be referred to as an authentication antenna. The antenna is configured to enable the transmission and / or receipt of radio frequency (RF) signals. In particular, the antenna is configured to enable the transmission and / or receipt of RF signals to and / or from one or more of the electronic device 5022 of the object and the communication device 5018. The antenna may be the same as, or similar to, in one or more aspects, the antenna of the electronic device 5022.

[0312] The authentication electronic device comprises a controller. The controller may be referred to as an authentication controller. The controller controls one or more other components of the authentication electronic device. The authentication controller may be the same as, or similar to, in one or more aspects, the controller 5024 of the electronic device 5022.

[0313] The authentication controller comprises memory. The memory of the authentication controller may be referred to as authentication controller memory. The authentication controller memory may be the same as, or similar to, in one or more aspects, the memory 5006 of the electronic device 5022. The authentication controller memory stores authentication controller data. The authentication controller memory may store one or more encryption keys. The authentication controller memory may store a seed key. That is, the authentication controller data may comprise one or more encryption keys and / or one or more seed key.

[0314] The authentication device may be configured to be worn by a user. For example, the authentication device may be in the form of a ring. The authentication device may be in the form of a miniature figurine, an ebook, a book and / or a collectible card.

[0315] Method 6000

[0316] The functionality of the object management system 5000 will now be described with reference to Figure 47. Figure 47 is a process flow diagram of a method 6000 according to some embodiments of the present disclosure. The method 6000 may be considered a method of rendering a user interface. Where relevant, the steps of the method 6000 that are performed by one or more of the electronic device 5022, the user interface system 5010 and the content host 5002 may be performed, at least in part, by the at least one processor of the relevant computing system.

[0317] At 6002, the communication device 5018 is moved into the physical proximity of the object 5020. In particular, the communication device 5018 is moved into the physical proximity of the electronic device 5022 that is contained within the object 5020. Specifically, the antenna of the communication device 5018 is moved within a threshold distance of the antenna of the electronic device 5022. The threshold distance may be less than 2cm. The communication device 5018 is powered, either by a power source such as a battery, or by the user interface system 5010, and emits an electromagnetic field from its antenna. By moving the communication device 5018 into the physical proximity of the object 5020, the strength of the electromagnetic field emitted via the antenna is sufficient to induce a current in the electronic device 5022. In this way, the electronic device 5022, which may not include its own independent power source, may be powered by the communication device 5018 while the communication device 5018 is within the physical proximity of the object 5020. The electronic device 5022 activates in response to the communication device 5018 being moved into the physical proximity of the object 5020. In other words, the method 6000 comprises energising the electronic device 5022.

[0318] One or more of the security features of the electronic device 5022 may be utilized. For example, the communication device 5018 may transmit encryption data. The communication device 5018 may transmit encryption data via its antenna. This encryption data may be received by the electronic device 5022. Specifically, this encryption data may be received by the electronic device 5022 via its antenna. In other words, the method 6000 may comprise transmitting encryption data from the communication device 5018 to the electronic device 5022. The encryption data may, for example, comprise a decryption key. The decryption key may be configured to decrypt data stored in memory 5028 on the electronic device 5022.

[0319] In some embodiments, the electronic device 5022 may transmit encryption data. The electronic device 5022 may transmit encryption data via its antenna. This encryption data may be received by the communication device 5018. Specifically, this encryption data may be received by the communication device 5018 via its antenna. In other words, the method 6000 may comprise transmitting encryption data from the electronic device 5022 to the communication device 5018. The encryption data may, for example, comprise a decryption key. The decryption key may be configured to decrypt data stored in memory 5028 on the electronic device 5022. The decryption key may be configured to decrypt data stored in memory 5028 on the communication device 5018.

[0320] The electronic device 5022 may validate the encryption data. That is, the at least one processor 5024 of the electronic device 5022 may confirm that the encryption data satisfies one or more criteria. For example, the at least one processor 5024 may confirm that the decryption key is valid. The at least one processor 5024 may compare the encryption data to the stored one or more encryption keys. The encryption data may be validated if at least part of the encryption data corresponds to the stored one or more encryption keys.

[0321] In some embodiments, the electronic device 5022 and / or the communication device 5018 use a symmetric encryption algorithm. For example, the electronic device 5022 and the communication device 5018 may use the Advanced Encryption Standard (AES) to securely communicate. Specifically, the electronic device 5022 and the communication device 5018 may use AES-128. In some embodiments, the electronic device 5022 and the communication device 5018 may use a secure unique near-field communication (NFC) (SUN) message generation mechanism.

[0322] In some embodiments, the electronic device 5022 and the communication device 5018 may use a secure unique near-field communication (NFC) enabled by shared security authentication message(s) from one or more full node(s), nodes, or trusted nodes of a distributed ledger system.

[0323] As described herein, the object management system 5000 may comprise an authentication device. The authentication device may secure a connection between the electronic device 5022 and another component, such as the communication device 5018. Specifically, the authentication device may secure a connection between the electronic device 5022 and another component, such as the communication device 5018 using unique secure near-field communication (NFC) enabled by shared security authentication message(s) from a full node(s), nodes, or trusted nodes of a distributed ledger system. The authentication device may be used as a proxy to sign the authentication message(s) via the communication network 5016. The authentication device may be used as a proxy to sign the authentication message(s) via the communication network 5016 on behalf of the electronic device 5022, and / or in situ with one or more substitutes. The authentication device may be given different user roles and permissions by the content host 5002. The authentication device may be given different user roles and permissions by the communication network 5016 relayed by cross-consensus from the content host in connection with the full node(s), nodes or trusted nodes. The authentication device may be given different user roles and permissions by both the content host 5002 and one or more components of the communication network 5016. The authentication device may be used to identify a user that is associated with the object data. The authentication device may authorise the movement of one or more encryption keys to issue new seeds, and secret keys both public and private. The authentication device may have or be the same proxy for one or more accounts. The authentication device may be a proxy for one or more accounts. The authentication device may be used to sign messages by the user or on behalf of the aforementioned substitute(s), to associate indicative object data to either the content host 5002, and / or communication device 5018. These messages can be signed, or signed blindly. The communication device 5018 may store one or more encryption keys. The communication device 5018 may store a seed. The communication device 5018 may be used to establish a connection with another computing device via the communication network 5016 (e.g. in the case where the system includes a distributed ledger such as a blockchain, that is accessible via the communication network 5016) and identify a user that is associated with particular object data. The electronic device 5022 may be used to establish a connection and sign authentication messages for the ring and / or the electronic device 5022. The communication device 5016 may authorise the movement of one or more encryption keys to issue new seeds, and secret keys both public and private.

[0324] The electronic device 5022 and the communication device 5018 may encrypt communications using an asymmetric encryption scheme. In some embodiments, the communication device 5018 and the electronic device 5022 may exchange encryption data. That is, the communication device 5018 may transmit encryption data to be received by the electronic device 5022 and the electronic device 5022 may transmit encryption data to be received by the communication device 5018. Each of the communication device 5018 and the electronic device 5022 may use the received encryption data to establish an encrypted communication channel with the other of the respective devices. The communication channel may be via the communication network 5016. That is, the communication network 5016 may facilitate the communication channel. For example, the communication device 5018 and the electronic device 5022 may execute a Diffie-Helman key exchange scheme to establish an encrypted communication channel. The communication device 5018 and the electronic device 5022 may execute a Schnorrkel cryptographic signature scheme to establish an encrypted communication channel. The communication device 5018 and the electronic device 5022 may execute a Ristretto construction in the process of establishing an encrypted communication channel. The communication device 5018 and the electronic device 5022 may execute a x25519 key exchange protocol in the process of establishing an encrypted communication channel.

[0325] The electronic device 5022 only releases stored data if the correct encryption data is provided by the communication device 5018. The electronic device 5022 is capable of registering an unauthorized attempt at access (e.g., i n co rrect / in valid encryption data) and can perform appropriate countermeasures in response. For example, the electronic device 5022 can render itself locked, temporarily or permanently unreadable and / or notify another electronic device about the attempted breach. The electronic device 5022 may lock access to the stored object data in the event that the number of failed access attempts exceeds a threshold value.

[0326] The electronic device 5022 transmits the object data. In particular, the electronic device 5022 transmits the object data in response to being activated by the communication device 5018 and any security or encryption criteria required for transmission being satisfied. The at least one processor 5026 of the electronic device 5022 retrieves the object data from memory 5028, and wirelessly transmits the object data via the communication system 5030. The object data may be transmitted in an encrypted state. The object data may be transmitted in an unencrypted state.

[0327] At 6004, the communication device 5018 receives the object data that was transmitted by the electronic device 5022.

[0328] The communication device 5018 transmits the object data to the user interface system 5010. In some embodiments, the communication device 5018 may validate the object data prior to transmitting it to the user interface system 5010. Validating the object data may comprise comparing one or more parts of the object data to validation data. In some embodiments, the user interface system 5010 validates the object data. Again, validating the object data may comprise comparing at least part of the object data to validation data.

[0329] In some embodiments, the communication device 5018 may process at least some of the object data. Similarly, the user interface system 5010 may process at least some of the object data. For example, the communication device 5018 and / or the user interface system 5010 may be configured to determine a shortcode based at least in part on the object data. Alternatively, the shortcode may be provided by the content host 5002. As described herein, the shortcode may be determined using one or more of the UID, one or more encryption keys (e.g. a private key and / or a public key) or another aspect of the object data. The shortcode may be determined based at least in part on the time at which the communication occurs. For example, a communication occurring at a first time may result in the generation of a different shortcode to a communication occurring at a second time that is different to the first time. The shortcode may be stored in the memory of the communication device 5018. The shortcode may be stored in the memory of the user interface system 5010. The user interface system 55002. In particular, the user interface system 5010 transmits the object data to the content host 5002 over the communication network 5016. The content host 5002 may validate the object data. Again, validating the object data may comprise comparing at least part of the object data to validation data. The validation data may be another copy of the object data that is stored in memory 5006. The validation data may be accessed directly from memory 5006. In some embodiments, the validation data may be accessed via the communication network 5016, for example, via one or more communication channels requiring one or more authorisation signatures. The data transmitted from the user interface system 5010 may also comprise data generated by the user interface system 5010 or the communication device 5018 based at least in part on the object data. The user interface system 5010 may therefore be said to transmit data associated with the object data to the content host 5002.

[0330] As described herein, the content host 5002 may comprise one or more nodes of a distributed ledger. In some embodiments, one or more of the communication device 5018, the user interface system 5010 and the content host 5002 may validate the object data using a light client. One or more of the communication device 5018, the user interface system 5010 and the content host 5002 may validate the object data using a full node(s) or a trusted node(s). One or more of the communication device 5018, the user interface system 5010 and the content host 5002 may be configured to execute an extension software module. The extension software module may be integrated with a browser (e.g. a web browser). Validating the object data may comprise executing a smart contract(s), of which may consist of one or more cross-chain connected contracts.

[0331] One or more of the communication device 5018, the user interface system 5010 and the content host 5002 may interact with another of these components using a smart contract.

[0332] At 6006, the content host 5002 determines content data that is associated with the object data. In particular, the at least one processor 5004 determines content data that is associated with the object data. The content host 5002 may determine the content data based at least in part on the data transmitted by the user interface system 5010. In other words, the content host 5002 may determine the content data based at least in part on the object data. The content data is stored in memory 5006. The content host 5002 may determine a shortcode. The shortcode may be associated with the object 5020. The content host 5002 may be configured to determine a shortcode based at least in part on the object data or the data transmitted to the content host 5002 from the user interface system 5010. As described herein, the shortcode may be determined using one or more of the UID, one or more encryption keys (e.g. a private key and / or a public key) or another aspect of the object data. The shortcode may be determined based at least in part on the time at which the communication occurs. For example, a communication occurring at a first time may result in the generation of a different shortcode to a communication occurring at a second time that is different to the first time. The shortcode may be stored in the memory of the content host 5002. Other object data may be stored on an external content host. The external content host may be separate to the content host 5002.

[0333] The content data may comprise game data that is associated with a particular storyline of a game. The content data may be associated with a quest of the game. The content data may be associated with a character arc of the game. The content data may be associated with dialogue of the game. The content data may be associated with a sidequest of the game. The content data may comprise user interface data. That is, at least some of the content data may be configured to be rendered for display on a display.

[0334] At 6008, the content host 5002 transmits the content data. The content host 5002 transmits the content data to the user interface system 5010 via the communication network 5016. The user interface system 5010 receives the content data.

[0335] At 6010, a user interface is rendered. The user interface is rendered based at least in part on the content data. The user interface system 5010 renders a user interface based at least in part on the content data. In particular, the at least one processor of the user interface system 5010 renders the user interface. The at least one processor generates the user interface, based at least in part on the content data. The at least one processor of the user interface system 5010 displays the user interface on the display 5012.

[0336] User Interface

[0337] As described herein, user interface system 5010 is configured to display a user interface that is specific to the relevant object 5020. However, more generally, the user interface system 5010 of the present application is configured to display a user interface associated broadly with the object management system 5000.

[0338] The user interface comprises a dashboard. The dashboard enables the user to interact with one or more components of the object management system 5000 (e.g. one or more objects, one or more storylines etc.). The dashboard enables the user to configure one or more aspects of the object management system 5000.

[0339] The dashboard displays an overview of a number of registered UID-key pairs. Each UID-key pair is associated with an object, as described herein. The UID-key pairs may be organised into groups to assist with ease of management.

[0340] The user interface comprises a “Manage UID and Keys” section. This section allows a user to view, add, remove and / or group UID-key pairs. The user interface comprises a “Dynamic Shortcode Generation” section. This section enables the generation or selection of shortcodes. The user interface provides options to restrict access to one or more aspects of the object management system 5000 and / or content data based on user roles. This ensures that only authorised individuals can modify, view or interact with specific content. The user interface provides a number of backup and restoration options. Users can create backups of current settings and UID-key pairs or restore them from previous backups. Backups may be stored in such a way that historical information is not lost. That is, content host 5002, for example, may store historical backups of UID-key pairs, other object data and / or other content data.

[0341] The user interface supports batch operations. Users can batch import or export UID-key pairs, streamlining the setup process for expansive campaigns or game scenarios. The user interface supports the creation and management of groups. These groups can then be associated with specific content, character(s) or gameplay mechanics, allowing for diverse gameplay experiences.

[0342] As gameplay evolves and content needs to be updated, the user interface enables versioning. The user interface comprises a versioning section that allows users to track content changes associated with specific tags. This ensures that payers are always interacting with the most recent and relevant content.

[0343] Content, whether it's articles, videos, game levels, or any other digital asset, may be tagged with specific UID criteria. Only users with UIDs (i.e., people with objects where the UID stored on the electronic device 5022 matching these criteria) can access or view this content. For example, a premium article on a news website might be accessible only to UIDs linked with 'premium' user accounts. In a community forum, UIDs linked to 'moderator' profiles grant users the ability to edit or delete other users' posts. In an educational platform, completing a course might add a 'course-completed' attribute to the UID, unlocking advanced materials or forums. By relying on UID-based authentication, the object management system 5000 can enhance security. Unauthorized access attempts can be thwarted as they wouldn't have the associated UID. Additionally, suspicious or anomalous UID interactions can trigger alerts or temporary suspensions. UIDs can also facilitate community interactions. Users can potentially 'share' aspects of their UID achievements or content access with friends or colleagues, fostering a sense of community and shared progress. For example, in a gaming platform, players might share access to a co-op game level they've unlocked with their friends for a limited time.

[0344] Figure 48 shows an example graphical user interface 7000, according to some embodiments of the present disclosure. The graphical user interface 7000 shows a character identity, “Capt of the Odyssey” that is associated with the UID of an object. The graphical user interface 7000 enables a user to play audio associated with a game. The user of the graphical user interface 7000 may be a player of a game.

[0345] Alternative Implementations of the Object Management System 5000

[0346] In some embodiments, the object management system 5000 may be implemented using a distributed ledger. The distributed ledger may be in the form of a blockchain. The data described herein as being stored in the memory 5006 of the content host 5002 may be stored on the distributed ledger. It will be understood that one or more independent computing devices may therefore store the data described herein as being stored in memory 5006. Such a configuration advantageously reduces or eliminates the need for a centralised organisation to host the described services.

[0347] In some embodiments, the object management system 5000 may be implemented using one distributed ledger. In some embodiments, the object management system 5000 may be implemented using a plurality of distributed ledgers. One or more hybrid or cross-chain consensus or interoperability methods may be used. For example, a Blind Assignment for Blockchain Extension (BABE) and / or GRANDPA consensus mechanism may be used. At least part of the object data, or a reference to the object data, may be transferred from one distributed ledger to another. This may be done using a method involving a message that is signed using a common security standard (e.g. an XCM security standard).

[0348] The communication device 5018 is described herein as being in communication with the user interface system 5010 and providing the object data received from the electronic device 5022 to the user interface system 5010 for onward transmission to the content host 5002. It will be appreciated that in some embodiments, the communication device 5018 may be in communication with the content host 5002. For example, the communication device 5018 may be in communication with the content host 5002 via the communication network 5016. In such an embodiment, the communication device 5018 may provide the object data to the content host 5002. That is, the communication device 5018 may bypass providing the object data to the user interface system 5010 for forwarding to the content host 5002 and may instead directly provide the object data to the content host 5002.

[0349] As described herein, the user interface of the object management system 5000 enables significantly improved functionality compared to previous systems. The various sections of the user interface reduce the complexity of use, which significantly decreases the barrier to entry of playing a tabletop game using the system 5000. The object management system 5000 and the user interfaces described herein enable real-time monitoring of objects during events such as tabletop games, the dynamic configuration of events and secure content protection.

[0350] The incorporation of the electronic device 4900, 5022 into the objects described herein enables the use of unique cryptographic techniques to ensure the ongoing integrity of the object data stored at the content host 5002. The electronic devices 4900, 5022 are tamper-resistant, and with the state of each object being stored in a location that is accessible to users of the object management system 5000, the accuracy and continuity of the object data is maintained overtime and over play. This creates the ability for users to interact in the real world with their objects, with the real-world changes being reflected within the object management system 5000. Specifically, users may trade their objects 5020 in the real world, with the transfer of ownership being recorded at the content host 5002 and / or the object 5020 itself. The increased storage of the electronic devices 4900, 5022 can be pivotal when considering storing game-related data directly on the electronic devices 4900, 5022. Further, the enhanced security features of the electronic devices 4900, 5022 ensure that they are more versatile in their applications, and are suitable for applications requiring a higher level of data protection, data storage and / or authentic user interaction.

[0351] The user interface described herein is tailored for the capabilities of the electronic devices 4900, 5022, leveraging the security and unique authentication capabilities. For a tabletop game such as a Dungeons and Dragons campaign or a similarly layered application, the electronic devices 4900, 5022 offer significant advantages in terms of content protection, dynamic interactions and immersive experiences.

[0352] As players navigate through an adventure, certain miniature interactions can lead to divergent story paths. For instance, accessing a specific miniature within the system 5000 might unveil a previously hidden subplot or offer choices that determine the story's outcome. This means each game session could have varying narratives, making replays fresh and engaging.

[0353] Further, characters are not static. As miniatures with the electronic devices 4900, 5022 are interacted with, they might gain new abilities, level up, or even undergo transformations. This dynamic progression can be based on in-game achievements, decisions, or interactions, ensuring that characters evolve organically based on gameplay.

[0354] The backstories of characters, worlds, and artifacts often remain unexplored in traditional tabletop games. However, with the electronic devices 4900, 5022 and the system 5000, players can dive deep into detailed lore snippets by accessing specific miniatures. This adds depth to the gaming universe and provides enthusiasts with a wealth of knowledge to explore.

[0355] As players progress, the challenges they face can adapt in real-time. Depending on player choices or achievements, adversaries can become more formidable, or puzzles can change, ensuring that players are constantly challenged and engaged.

[0356] By intertwining the physical act of tabletop gaming with dynamic digital content delivery, the electronic devices 4900, 5022 and the system 5000 transforms the gaming experience. It offers an unparalleled level of depth, customization, and player agency, ensuring that each game session remains memorable and distinct.

[0357] For example, a player might have miniatures A and B. While each individually reveals certain story arcs, using them together in a specific scenario, thanks to their combined UID & key interactions, could unveil a secret chapter or side quest that can be displayed and interacted with using the user interface system 5010. Certain miniatures could be introduced as limited-edition items with unique electronic devices 4900, 5022. Owning and registering such a miniature may provide players access to exclusive events, character abilities, or secret realms within the game. This exclusivity can enhance the miniature's value, both in-game and potentially in real-world markets. As players register more UIDs and keys, they might reach predefined milestones. Registering 10 unique miniatures might grant access to a special narrative arc, while registering 50 could unlock a rare character class or ability.

[0358] Miniatures with rarer electronic devices 4900, 5022 or rarer object data could carry special in-game advantages. Rare object data (such as a character type) might allow a player to earn in-game currency at a faster rate, have increased trading leverage, or even influence game world politics or economies. This injects an element of strategy in collecting and trading miniatures. Based on the rarity of the object data registered, the game can adjust its difficulty or present challenges tailored to the player's collection. A player with electronic devices with rare object data might face formidable adversaries or intricate puzzles, ensuring they remain engaged.

[0359] A character's backstory or motivations might be fragmented across multiple electronic devices. By collecting and registering specific sets of miniatures, players can piece together these narratives, offering a richer understanding of the game's lore.

[0360] Given the inherent value associated with rare object data, players might engage in trading or exchanging miniatures, fostering community interaction. A player might trade a miniature with rare object data that unlocks a mage's ability for one that unveils a hidden assassin's guild storyline.

[0361] By monitoring UID interactions and accesses, platforms can glean insights into user behaviour, preferences, and engagement patterns. This data can drive further content personalization, ensuring that users are presented with material most relevant to them. In essence, the UID-based user database system offers a multi-faceted approach to digital platform management. It merges content delivery, privilege management, and user progression into a seamless, dynamic experience, ensuring that users remain engaged, rewarded, and secure.

[0362] The system 5000 thus transcends traditional gaming mechanisms by weaving in elements of collectability, rarity, and tangible value. The multi-dimensional approach not only enhances gameplay depth but also fosters community building, strategic thinking, and a genuine sense of achievement. Such advantages are not enabled by existing systems. In the claims that follow and in the preceding description of the invention, except where the context requires otherwise due to express language or necessary implication, the word “comprise” or variations such as “comprises” or “comprising” is used in an inclusive sense, i.e. to specify the presence of the stated features but not to preclude the presence or addition of further features in various embodiments of the invention.

[0363] It is to be understood that, if any prior art publication is referred to herein, such reference does not constitute an admission that the publication forms a part of the common general knowledge in the art, in Australia or any other country.

[0364] Modifications and variations as would be apparent to a skilled addressee are deemed to be within the scope of the present disclosure.

Claims

Claims1 . A base for supporting a miniature figurine, the base comprising a body having: an upper surface on which the miniature figurine can be placed; a first magnet positioned within a first recess in the body and that is aligned with an axis of the body; a set of second magnets that are radially offset relative the first magnet.

2. A base as claimed in claim 1 , wherein the set of second magnets are coaxially arranged with the first magnet.

3. A base as claimed in claim 1 , further comprising a third magnet axially aligned with the first magnet and associated with a third recess such that the third magnet is inset from a bottom surface of the body, the second set of magnets being coaxially aligned with the third magnet.

4. A base as claimed in any one of claims 1 to 3, wherein one or more magnets of the second set of magnets are associated with a respective receptacle in which an auxiliary magnet or ferromagnetic material can be received and magnetically retained therein.

5. A base as claimed in any one of claims 1 to 4, wherein each magnet of the set of second magnets are equidistantly spaced from one another.

6. A base as claimed in any one of claims 1 to 5, wherein the body has: an upper portion that includes upper surface; and a lower portion that includes a frustum having 2nnumber of sides, wherein each magnet of the second set of magnets is associated with a separate side of the frustum.

7. A base as claimed in claim 6, wherein the sides of the frustum are angled between 35° and 65° relative the axis of the body.

8. A base as claimed in any one of claims 1 to 7, wherein a pole face of each magnet of the second set of magnets is orientated transversely relative the axis of the body.

9. A base as claimed in any one of claims 1 to 7, wherein a pole face of each magnet of the second set of magnets is perpendicular to the axis of the body.

10. A base as claimed in any one of claims 1 to 9, wherein a portion of the first magnet protrudes from the upper surface.

11. A base as claimed in any one of claims 1 to 10, wherein the upper surface has a perimeter defined by an upwardly extending lip.

12. A base as claimed in any one of claims 1 to 11 , wherein an outer edge of the upper surface is in the form of a circle or polygon.

13. A base as claimed in any one of claims 1 to 12, wherein the set of second magnets includes four magnets.

14. A base for supporting a miniature figurine, the base comprising a planar body having: a first magnet having a portion protruding from a first side of the body; a cavity that opens out at a second side of the body; a disc having a set of second magnets, the disc being receivable in the cavity and retainable therein by magnetic interaction of the set of second magnets and the first magnet; and a dial having a third magnet protruding therefrom, the third magnet being receivable in the cavity and retainable therein by magnetic interaction of the third magnet and the first magnet, wherein the disc and dial are independently rotatable about an axial direction of the first magnet.

15. A base as claimed in claim 14, further comprising a recess located in the cavity and that is axially aligned with the first magnet, wherein a distal end of the third magnet is receivable in the recess when the dial is located in the cavity.

16. A base as claimed in claim 14 or 15, wherein the disc is annular such that the third magnet can pass through a central opening of the disc.

17. A base as claimed in any one of claims 14 to 16, wherein the dial has a radiallyextending arm that can overhang the disc.

18. A base as claimed in claim 17, wherein the dial has one or more radially extending protrusions at an opposite end to the arm that overhang the disc19. A base as claimed in any one of claims 14 to 18, wherein the disc is provided with a first set of indicia.

20. A base as claimed in any one of claims 14 to 19, wherein the second side of the planar body is provided with a second set of indicia.21 . A base as claimed in any one of claims 14 to 20, wherein the dial is provided with an indicium.

22. A base as claimed in any one of claims 14 to 21 , wherein the set of second magnets includes four magnets equidistantly spaced around the disc.

23. A base as claimed in any one of claims 14 to 22, wherein a portion of the first magnet protrudes from the first side by up to 50% of a height of the first magnet.

24. A base as claimed in any one of claims 14 to 23, wherein the cavity is circular.

25. A base for supporting a miniature figurine, comprising: an upper component comprising a body having: an upper surface on which the miniature figurine can be placed; a first magnet that is aligned with an axis of the body; an open recess positioned on the axis of the body; and a set of second magnets that are radially offset relative the first magnet; a lower component comprising: a first magnet protruding from a first side of the planar body and that is receivable in the recess of the upper component and magnetically engageable with the upper component; a cavity that opens out at a second side of the planar body; and a disc having a set of second magnets, the disc being receivable in the cavity and retainable therein by magnetic interaction of the set ofsecond magnets and the first magnet of the lower component; wherein the upper component and lower component can be magnetically coupled to one another to form an assembly where the second set of magnets of the upper component and the second set of magnets from the disc of the lower component magnetically interact with one another such that rotation of the upper component relative the lower component causes the disc to rotate relative the lower component.

26. A base as claimed in claim 25, wherein the upper component is the base of any one of claims 1 to 13.

27. A base as claimed in claim 25 or 26, wherein the lower component is the base of any one of claims 14 to 24.

28. An adaptor that in use is secured to an underside of a miniature figurine, the adaptor comprising: a plate having a central recess for receiving a first magnet such that the first magnet can be inset relative a face of the plate; several recesses located in the plate for receiving a set of second magnets that are coaxially arranged with the first magnet.

29. An adaptor as claimed in claim 28, wherein the central recess is a through hole.

30. An adaptor as claimed in claim 28 or 29, wherein the several recesses are equidistantly arranged around a boundary of the plate.31 . An adaptor as claimed in any one of claims 28 to 30, wherein the several recesses each have an open side.

32. An adaptor as claimed in any one of claims 28 to 31 , further comprising reinforcing members that extend radially from the central recess to the several recesses.

33. A spinner assembly for use in a role-playing game, the spinner assembly comprising: a lower component comprising: a planar body having an upper side,a projection of or attached with the planar body extending from the upper side aligned axially with an axis of the planar body, a set of one or more first magnets that are radially offset relative the axis, a rotatable component comprising: a generally disc or circular shaped body having a recess aligned coaxially with the axis, the recess configured for receiving the projection so as to allow the rotatable component to be rotatably supported so as to be rotatable about the axis, and a set of one or more second magnets that are radially offset relative the axis.

34. A spinner assembly according to claim 33, wherein the axis is aligned with the vertical axis, the set of first magnets comprises a plurality of magnets, and the set of second magnets comprises a plurality of magnets.

35. A spinner assembly according to claim 33 or claim 34, wherein the axis is aligned with the vertical axis, the set of first magnets comprises a plurality of magnets, and the set of second magnets comprises a plurality of magnets.

36. A spinner assembly according to claim 34 or claim 35, wherein, the sets of first and second magnets are positioned relative each other so as to be magnetically interactable for biasing the rotatable component in an orientation that is generally parallel with the planar form of the lower component.

37. A spinner assembly according to any one of claims 33 to 36, wherein the set of first and second magnets are positioned with the respective lower and rotatable components so as to be coaxial one another.

38. A spinner assembly according to any one of claims 33 or claim 37, wherein the sets of first and second magnets align radially relative the axis, optionally, the sets of first and second magnets have the same number of magnets, optionally, the sets of first and second magnets are spaced equidistant about their respective host bodies, optionally, each magnet of the sets of first and second magnets lie on about the same radial line emanating from the axis.

39. A spinner base assembly according to any one of claims 33 to 38, wherein the first and second magnets are radially offset from each other relative the axis.

40. A spinner assembly according to any one of claims 33 to 39, wherein the sets of first and second magnets are orientated substantially the same so that their respective poles are orientated in the same manner, the set of first and second magnets positioned relative each other so as to magnetically interact so as to generate a repulsive effect therebetween having components in the vertical plane and the horizontal plane.41 . A spinner assembly according to any one of claims 33 to 40, wherein the set of first and second magnets are positioned relative each other so as to magnetically interact so as to stabilise the rotatable component at or about a desired position of alignment relative the lower component following cessation of rotation of the rotatable component.

42. A spinner assembly according to any one of claims 33 to 41 , wherein the first and second sets of magnets are spaced or offset from one another in the vertical plane.

43. A spinner assembly according to any one of claims 33 to 42, wherein the set of first magnets are radially offset from the set of second magnets so as to be inward most relative to the axis, or radially offset so as to be outermost from the set of second magnets relative to the axis.

44. A spinner assembly according to any one of claims 33 to 43, wherein the rotatable component is a single piece body, or an assembly of more than one component parts.

45. A spinner assembly according to any one of claims 33 to 44, wherein a distal potion of the projection is substantially flat, pointed, domed, circular, oval, or hemispherical.

46. A spinner assembly according to any one of claims 33 to 45, further comprising a cover component configured so as to cover a portion of the lower and rotatable components when the cover is assembled with the lower component.

47. A spinner assembly according to claim 46, wherein the cover component comprises a planar support surface on which a miniature figurine or an embodiment of, or acomponent of, a base according to any one of claims 1 to 27, or an adapter according to any one of claims 28 to 32.

48. A spinner assembly according to claim 46 or claim 47, wherein the cover component comprises a side wall extending from a portion of the periphery of the support surface so as to define a lower rim spaced from the planar support surface.

49. A spinner assembly according to claim 48, wherein the lower component comprises or carries a side wall extending therefrom.

50. A spinner assembly according to claim 48 or claim 49, wherein the side wall of the cover component or the lower component comprises one or more apertures, slots or cut-out portions.51 . A spinner assembly according to any one of claims 46 to 50, wherein the side wall is configured having an open region which exposes a portion of the rotatable component when the cover component is assembled thereabout, the exposed portion of the rotatable thereby being accessible to a user so as to rotate the rotatable component.

52. A spinner assembly according to any one of claims 48 to claim 51 , wherein the rotatable component comprises a set of one or more third magnets and the cover component comprises a set of one or more fourth magnets, optionally, the set of third magnets comprises a plurality of magnets spaced about the rotatable component, and the set of fourth magnets comprises a plurality of magnets spaced about an interior wall of the side wall of the cover component, wherein, in use, the set of third and fourth magnets magnetically interact so as to positionally stabilise or register the rotatable component at a desired position relative the lower component following cessation of rotation of the rotatable component.

53. A spinner assembly according to any one of claims 33 to claim 52, wherein the rotatable component carries one or more electrical devices.

54. A spinner assembly according to claim 53, wherein the or each electrical device is any of: a plurality of light emitting diode (LED) modules, an RFID tag, a NTAG® 424 DNA tag.

55. A spinner assembly according to claim 53 or claim 54, wherein the or each electrical device comprises a plurality of LED modules, and the rotatable component is configured with a plurality of recesses for receiving a respective LED module, the plurality of recesses being coaxial with the axis and provided at or near a periphery of the rotatable component.

56. A spinner assembly according to any one of claims 33 to claim 55, further comprising or configured operable with an inductive power transfer arrangement for providing power to one or more electrical device / components carried by the rotatable component, the lower component configured so as to carry an inductive coil operable by way of a power source for establishing an electromagnetic field of sufficient strength to encompass a portion of the rotatable component during use for powering one or more electrical components carried by the rotatable component.

57. A spinner assembly according to claim 55 or claim 56, wherein the plurality of LEDs each comprise magnetic elements which provide or operate as the set of third magnets in interacting with the set of fourth magnets in magnetically interacting so as to positionally stabilise or register the rotatable component at a desired position relative the lower component following cessation of rotation of the rotatable component.

58. A spinner assembly according to any one of claims 33 to 57, wherein the rotatable component comprises one or more sets of indicia provided on its body.

59. A base for supporting a miniature figurine, the base comprising an electronic device, the electronic device comprising: a wireless communication system; and a controller comprising: at least one processor; and memory storing data associated with the base and program instructions accessible by the at least one processor.

60. A base as claimed in claim 59, wherein: the base comprises a recess; and the electronic device is secured within the recess.61 . A base as claimed in claim 59 or claim 60, wherein the electronic device comprises a NTAG® 424 DNA tag.

62. An adaptor that in use is secured to an underside of a miniature figurine, the adaptor comprising an electronic device, the electronic device comprising: a wireless communication system; and a controller comprising: at least one processor; and memory storing data associated with the adaptor and program instructions accessible by the at least one processor.

63. An adaptor as claimed in claim 62, wherein: the adaptor comprises a recess; and the electronic device is secured within the recess.

64. An adaptor as claimed in claim 62 or claim 63, wherein the electronic device comprises a NTAG® 424 DNA tag.

65. A method comprising: receiving object data from an electronic device, the object data being associated with an object; determining content data that is associated with the object data; and transmitting the content data.

66. The method of claim 65, wherein the content data comprises user interface data that is configured to be rendered for display.

67. The method of claim 65 or claim 66, further comprising rendering a user interface based at least in part on the content data.

68. The method of claim 67, wherein the user interface comprises one or more of: a first section that is configured to enable a user to view, add, remove and / or group UID-key pairs; a second section that is configured to enable generation or selection of shortcodes;a third section that is configured to enable restriction of access to one or more aspects of the user interface; and a fourth section that is configured to enable backing up and restoration.

69. The method of any one of claims 65 to 68, further comprising: transmitting encryption data to the electronic device; validating, by the electronic device, the encryption data; and transmitting, by the electronic device, the object data, in response to the validation.

70. The method of claim 69, wherein the encryption data comprises a decryption key.71 . The method of claim 69 or claim 70, further comprising: exchanging encryption data with the electronic device; and transmitting, by the electronic device, the object data, subsequent to the exchanging of the encryption data.

72. The method of any one of claims 65 to 71 , further comprising: validating the object data, wherein validating the object data comprises comparing the object data to validation data.

73. The method of any one of claims 65 to 72, wherein the object data comprises a shortcode.

74. The method of any one of claims 65 to 73, wherein the content data comprises game data that is associated with a particular storyline of a game.

75. The method of any one of claims 65 to 74, wherein the object is at least part of a miniature figurine.

76. The method of any one of claims 65 to 75, wherein the object data comprises one or more of: a unique identifier; one or more encryption keys; data indicative of a character identity that is associated with the object; data indicative of a character type that is associated with the object;data indicative of a character status that is associated with the object; equipment data that is associated with the object; and data indicative of a skill that is associated with the object.

77. The method of any one of claims 65 to 76, wherein the content data is associated with one or more of: a quest of a game; a character arc of the game; dialogue of the game; and a sidequest of the game.

78. A content host comprising: at least one processor; and memory storing program instructions accessible by the at least one processor and configured to cause the at least one processor to: receive object data that is associated with an object; determine content data that is associated with the object data; and transmit the content data to a user interface system.

79. The content host of claim 78, wherein the content data comprises user interface data that is configured to be rendered for display.

80. The content host of claim 78 or claim 79, wherein the program instructions are further configured to cause the at least one processor to validate the object data, wherein validating the object data comprises comparing the object data to validation data.81 . The content host of any one of claims 78 to 80, wherein the object data comprises one or more of: a shortcode; a character type that is associated with the object; a character identity that is associated with the object; a character status that is associated with the object; equipment data that is associated with the object; and a skill that is associated with the object.

82. A system comprising: the content host of any one of claims 78 to 81 ; and an electronic device comprising: a wireless communication system; and controller comprising: at least one controller processor; and controller memory storing: the object data; and controller program instructions accessible by the at least one controller processor.

83. The system of claim 82, wherein the controller program instructions are configured to cause the at least one controller processor to wirelessly transmit the object data using the wireless communication system.

84. The system of claim 82 or claim 83, further comprising the object, the object comprising the electronic device.

85. The system of claim 84, wherein the object comprises: the base of any one of claims 1 to 27 or claims 59 to 61 ; the adaptor of any one of claims 28 to 32 or claims 62 to 64; and / or the spinner assembly of any one of claims 33 to 58 or claims 101 to 103.

86. The system of claim 84 or claim 85, wherein: the object comprises a recess; and the electronic device is secured within the recess.

87. The system of claim 84 or claim 85, wherein the object is at least part of a miniature figurine.

88. The system of any one of claims 82 to 87, wherein the controller program instructions are configured to cause the at least one controller processor to receive encryption data, via the wireless communication system.

89. The system of claim 88, wherein the controller program instructions are configured to cause the at least one controller processor to validate the encryption data.

90. The system of claim 89, wherein the controller program instructions are configured to cause the at least one controller processor to transmit the object data, via the wireless communication system, in response to the validation.91 . The system of any one of claims 88 to 90, wherein the encryption data comprises a decryption key.

92. The system of any one of claims 82 to 91 , wherein the controller program instructions are configured to cause the at least one controller processor to: exchange encryption data with another electronic device; and transmit the object data subsequent to the exchanging of the encryption data.

93. The system of any one of claims 82 to 92, further comprising a user interface system, wherein the user interface system is configured to receive the content data and to render a user interface based at least in part on the content data.

94. The system of claim 93, wherein the user interface comprises one or more of: a first section that is configured to enable a user to view, add, remove and / or group UID-key pairs; a second section that is configured to enable generation or selection of shortcodes; a third section that is configured to enable restriction of access to one or more aspects of the user interface; and a fourth section that is configured to enable backing up and restoration.

95. The system of claim 93 or claim 94, wherein: the user interface system comprises a network interface that is configured to enable the user interface system to communicate with the content host using a communications network; and the user interface system is configured to provide the object data to the content host using the communications network.

96. The system of any one of claims 93 to 95, wherein the user interface system is configured to display the user interface on a display.

97. The system of any one of claims 82 to 96, wherein the content data comprises game data that is associated with a particular storyline of a game.

98. The system of any one of claims 82 to 97, further comprising a communication device.

99. The system of claim 98, when dependent on any one of claims 89 to 93, wherein: the communication device is in communication with the user interface system; and the communication device is configured to: receive the object data transmitted by the electronic device; and provide the object data to the user interface system.

100. The system of claim 97 or claim 99, wherein the communication device is configured to energise the electronic device.

101. A spinner assembly of any one of claims 33 to 58, further comprising an electronic device arranged in the lower component or the rotatable component, the electronic device comprising: a wireless communication system; and a controller comprising: at least one processor; and memory storing data associated with the base and program instructions accessible by the at least one processor.

102. A spinner assembly of claim 101 , further comprising a recess; and the electronic device is secured within the recess.

103. A spinner assembly of claim 101 or claim 102, wherein the electronic device comprises a NTAG® 424 DNA tag.

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