A PLAYTHING

STATEMENT OF CORRESPONDING APPLICATIONS

This application is based on the provisional specifications filed in relation to New Zealand Patent Application Number 548928 and New Zealand Patent Application Number 554169, the entire contents of which are incorporated herein by reference.

TECHNICAL FIELD

This invention relates to a plaything. More specifically, the invention relates to a plaything that consists of a number of objects such as toys, clothing or other items using flexible magnetic textiles.

BACKGROUND ART

There are a number of examples of toys that are available on the market. A number of these toys help stimulate and develop the user's mind and mind-body co-ordination. This is generally achieved though the use of a number of components associated with the toy that the user can interact with. One component may be a magnet which is used to join the toy to another object. One example of a toy where a user can interact with is described in the English abstract of Japanese Patent Application Number 2005-342484. The abstract of this application describes a stuffed toy that has a permanent magnet located on the front and back of the toy's torso. This allows the stuffed toy to be joined to another toy or object with an opposing polarity magnetic surface, such as another magnet, via the magnet that is located on the back or front of the toy. Another example of an interactive toy is shown in US Patent No. 5,362,271. This application shows a pair of dolls that have magnets positioned on their hands. These magnets allow the dolls to be configured in a position similar to that of holding hands, through the joining of the permanent magnets.

Another example of a toy that children can interact with is shown as a nursing mother and babies on http://www.cdkenterprises.com/animals/Mom-and-Baby.shtml. This link shows a mother dog, cat or pig toy nursing smaller "baby" toys, as permanent magnets are positioned in specific areas along the abdomen of the mother and in the noses of the babies.

A problem with the toys described above is that there are only a limited number of points at which the toy may be connected to other toys. There is no allowance for these toys or other objects to be attached in multiple and varying positions and therefore limiting the number of ways the toys may be used or configured together. In addition, the above toys cannot easily be attached to other items, such as clothing, which would offer vastly more opportunities for interaction between the child and toy(s). A further disadvantage with this limited interaction is

that the toy may not encourage the child's imagination and the child may become bored with the toy. In addition, these products only use magnets that are permanently magnetic. As the magnets are permanently magnetised, if there were a in multiple number of magnets all over the toys, the toys may unnecessarily connect together or cross polarise each other, reducing or eliminating the attractive force of the magnet. A further problem with the above toys is that the magnetic is a hard, small and inflexible part of the toy. Besides aesthetic issues from this, if attached all over, handling, cuddling and washing the toy may be difficult, as the hard surfaces may require special care such as handwashing.

It would therefore be an advantage to have a more durable child's toy that would allow the child to move and reposition the toys in multiple configurations relative to each other. Also having a garment or other object such as the child's own clothing or personal items that is capable of having toys, or other objects attach, move, would be advantageous in maintaining a child's interest in the toy. It is also appreciated that this will help develop the child's creativity and imagination while playing with the toys. Also, having the magnetic attachments being formed from material that is not permanently magnetised may also be an advantage for ease of handling and care of the item. Additionally, having a toy formed from a material that is flexible and durable, particularly at the magnetic area, may also be an advantage.

It is an object of the present invention to address at least one of the foregoing problems or at least to provide the public with a useful choice.

All references, including any patents or patent applications cited in this specification are hereby incorporated by reference. No admission is made that any reference constitutes prior art. The discussion of the references states what their authors assert, and the applicants reserve the right to challenge the accuracy and pertinency of the cited documents. It will be clearly understood that, although a number of prior art publications are referred to herein, this reference does not constitute an admission that any of these documents form part of the common general knowledge in the art, in New Zealand or in any other country.

It is acknowledged that the term 'comprise' may, under varying jurisdictions, be attributed with either an exclusive or an inclusive meaning. For the purpose of this specification, and unless otherwise noted, the term 'comprise' shall have an inclusive meaning - i.e. that it will be taken to mean an inclusion of not only the listed components it directly references, but also other non- specified components or elements. This rationale will also be used when the term 'comprised' or 'comprising' is used in relation to one or more steps in a method or process.

Further aspects and advantages of the present invention will become apparent from the ensuing

description which is given by way of example only.

DISCLOSURE OF INVENTION

For the purpose of this specification, the term 'magnetic' encompasses a variety of different types of materials that exhibit any type of magnetic property, for example, being permanently magnetic or temporarily magnetic, where the magnet is magnetically receptive. Where the material may be permanently magnetic, it should be appreciated that the material or magnet remains magnetised or retains its magnetic ability without the presence of an external magnetic field. While in other embodiments, where the material may be temporarily magnetic, it should be appreciated that the material loses its memory of any magnetisation and only exhibits a magnetic function in the presence of an external magnetic field and therefore being 'magnetically receptive'.

The term 'object' may be defined as a toy that a person such as a child may play with for entertainment. It should be appreciated that use by children should not be seen as limiting.

Throughout the description, the term 'toy' and 'object' will be used interchangeably. It should be appreciated that the following description may refer to both a 'toy' and/or 'object' without limiting the scope of the invention.

According to one aspect of the present invention there is provided a plaything including a first object wherein the first object: a. at least partially includes an exterior surface made from a textile wherein all or a portion of the textile has temporary magnetic properties ('a magnetic textile'); and, b. the magnetic textile has similar properties of flexibility as the textile would have without addition of magnetic properties; and wherein during use, at least one further object with permanent magnetic properties can be attached and detached from the first object, characterised in that the attachment point may be anywhere on the magnetic textile of the first object.

According to further aspect of the present invention there is provided a kit including: a first object wherein the first object: a. at least partially includes an exterior surface made from a textile wherein all or a portion of the textile has temporary magnetic properties; and, b. the magnetic textile has similar properties of flexibility as the textile would have without addition of magnetic properties;

and wherein during use, at least one further object with permanent magnetic properties can be attached and detached from the first object, characterised in that the attachment point may be anywhere on the magnetic textile of the first object; and, at least one further object. vV

The inventors have developed a plaything or a collection of objects such as toys, items and clothing that provides entertainment and enjoyment. for one or more children. It should be appreciated that the toys will help stimulate the child's mind and co-ordination as the toys can be assembled together or by themselves, or to other objects in an infinite number of ways on the magnetic textile, to represent many lifelike activities.

Preferably, the object may be a toy or doll, a tailors dummy or torso, a stand, an article of clothing or garment, a play mat, a tent, a game, a book, a backpack or bag, a cushion, a lamp or lamp shade, an ornament, a tree, furniture, a furnishing, a seat, a car seat, a mobile, a mosquito net, a wall feature, a blanket or bedding. However this should not be seen as limiting, as it should also be appreciated that the present invention may be applied to a number of different articles or objects.

In one embodiment, the magnetic textile may be used to form the toy or objects torso. The head, hands, feet and limbs of the toys, if present, may also be made of the magnetic textile and optionally also include additional magnets or magnetic regions. Preferably, the location of these magnetic regions or points may allow the toys to mimic real life positions such as, cuddling, playing, climbing or holding onto other objects.

In embodiments where the object is an article of clothing, it should be appreciated that the clothing may be selected from the group consisting of: a shirt, a skirt, a dress, a costume, a jumpsuit, an undergarment, a pair of pants, a t-shirt, a long-sleeve shirt, a jersey or jumper, a coat, gloves, a hat, a bib, or footwear.

It should be appreciated that the toys or objects may be a range of sizes and shapes.

It should also be appreciated that the toys may be a number of different characters and/or themes. For example, the characters may be animals, people, reptiles, monsters, or other fictional characters, themed objects such as a Halloween theme, or sports or festive characters.

Preferably, the toys or objects may be selected from: soft toys, vinyl or rubber toys, stuffed toys or plush toys, moving toys, and combinations thereof.

In one embodiment, the toys may make up a family or group (in one embodiment this may be a kit of toys or objects). Preferably, the first toy may be larger than subsequent toys, for example, the first toy may be a mother or father, grandparent, aunty, uncle. While the further toy(s) may be smaller that the first toy or object, for example, the smaller toy may be children or offspring of the larger first toy. However, this should not be seen as limiting as it should be appreciated that many other related combinations may be created, such as fictional characters, or group of mixed characters or friends. However, in other embodiments, the further toy(s) may be the same size.

Preferably, the magnetic properties of the textile may be semi-continuous to continuous across the textile of the first object. Preferably, the textile with magnetic properties may have magnetic material integrated into the textile: In further preferred embodiments, the magnetic material may be one or more wires which are integrated into the textile by techniques selected from: weaving, embroidery, and knitting.

Alternatively, the magnetic material may be particulate matter with magnetic properties integrated into or onto the textile. Further, the particulate matter may be held in place using an adhesive.

In further preferred embodiments, the textile may be given magnetic properties by having at least one separate magnetic material layer on the interior or exterior of the textile. In some embodiments, the layer or layers may be a mesh, a foil or a film. In further embodiments, the layer or layers may be fastened to the textile. Preferably, the layer or layers may be fastened by an adhesive. In this embodiment, the magnetic material layer is characterised by being thin, pliable and in use, moves in conjunction with the textile.

In yet a further embodiment, the textile may be given magnetic properties by having a magnetic material fastened to the one or both sides of the textile. In some embodiments, one or more magnetic materials, such as wire may be adhered to the textile.

In one preferred embodiment, the fastener used to adhere the magnetic material to the textile may be a polymer based adhesive. Preferably, the polymer based adhesive may be plastisol or weldable foam applied using heat. Plastisol or weldable foam is preferred as it is highly flexible, resilient, resistant to wear and tear and durable. It should be appreciated that other materials with similar flexibility and resilience may also be used without departing from the scope of the invention. In one preferred embodiment, the adhesive overlays the magnetic material.

A further advantage of adhesives such as Plastisol or weldable foam is that the adhesive comes in a range of colours and/or textures. For example, in some embodiments of the present

invention, the adhesive may include an ink that may be either: coloured, opaque or transparent. In further preferred embodiments, the adhesive may provide either: a soft, 3-D, puff or jelly like finishing texture on the surface of the toy or object that the adhesive and the magnetic attachments may be applied following transfer of the adhesive onto the surface of the toy or object. In other embodiments, the adhesive and/or ink may be substantially flush with respect to the surface of the toy or object.

In further embodiments, the fastener may be mechanical such as via a rivet and prong assembly wherein the prongs are received via an aperture in the magnetic material and textiles and wherein the prongs flare out holding the material to the textile.

Preferably, the magnetic textile may be visible or easily identifiable via markings on the external surface of the object. In an alternative embodiment, the textile with magnetic properties is concealed, for .example concealed on the inside of the magnetic textile.

Preferably, the textile is selected from the group consisting of: wool, cotton, or other natural fibres.

In one embodiment, the magnetic textile may also have a sensor which detects attachment and/or detachment of another object. The sensor triggers an output selected from the group consisting of: a vibration, a light or lights, a sound or sounds, and combinations thereof. Examples include a giggle sound, spoken words, animal noises and so on. In these embodiments, a power source is located within the object.

In further embodiments, the sensor may control movement of features, for example the closing and opening of eyelids, mouths, nostrils etc.

In further embodiments, the plaything may have a container or compartment for retaining a further item or object. In one embodiment the object may be a globe with liquid and suspended matter, such as glitter or snow within the cavity. It is envisaged that the cavity may be activated by the sensor causing the suspended matter to suspend or spin caused by the force of an internal and/or external magnet.

In a further embodiment, the further object or objects include at least one permanent magnet attracted to the temporary magnetic textile on the first object. Preferably, the further object or objects also incorporate all or a portion of textile with temporary magnetic properties.

Preferably, the textile and/or the plaything has further properties selected from the group consisting of: being machine washable, durability, breathability, tactile qualities similar to normal textiles, and combinations thereof. As should be appreciated, these properties offer significant improvements over the prior art. For example, standard magnets cannot be washed in an automatic washing machine ¹ easily as they are solid and may cause damage. In addition, as most washing machines are electronic, permanent magnets may interfere with operation of the machine.

In further embodiments, the first object and further object or objects may also have at least one permanent magnet located on the surface of the first object.

In one embodiment, the at least one permanent magnet may have two positions, the first position being flush with the surface of the object and the second position being recessed into the objecMo enable deactivation or reduction on the magnetic strength when recessed. In this embodiment, the magnet is preferably spring loaded lie an off/on switch on many appliances. When the magnet is recessed, the magnet is 'off or not sufficiently strong to attract and when flush, the magnet is 'on' or able to be used to attach.

In further embodiments, permanent magnets may have a cover made for example from a non- magnetic textile. The cover may be placed over the magnet to deactivate or reduce the magnetic strength and, when the cover is removed, the magnetic strength is reactivated.

In yet further embodiments, there may be a cluster of permanent magnets that may be used to attach around a temporary magnet object. This may be advantageous as it provides a stronger anchor point rather than relying on one point of contact as in prior art embodiments.

It should be appreciated that because the magnetic textile is temporarily magnetic the invention has the advantage that cross polarity of the magnets or magnetic objects is avoided. Integrating magnetism into the textile also helps to provide a light weight item and yet still retain a suitable connection between two toys and/or objects and allow the toys and/or objects to be releasably attachable together in more than one position. Also where a temporary magnet or magnetic surfaces may be contacted with another temporary magnetic object or magnetic surface, the two surfaces do not attach. This allows for ease of posing and handling of the toys and/or objects.

In a further embodiment, the object or objects may include one or more discrete single magnets or other magnetic objects used in conjunction with each other to form a magnetic textile. Examples of magnet materials that may be used include: beads, buttons, studs, rivets, chains, or balls, steel shapes and magnetic particles. An advantage of using smaller materials like this

is that colourful and attractive patterns may be produced on the textile not only providing a magnetic region but also making the textile attractive visually.

Preferably, the magnet textile and materials used to form the magnetic properties meet various safety standards, such.as the stainless steel or metal that is used in hypo-allergic jewellery.

Optionally, other methods of attaching objects together may also in conjunction with the magnetic textiles such as Velcro™ or stitching and the like.

In a further embodiment, there may be an additional object such as a (toy) prop. For the purposes of this specification, the term 'toy prop' refers to an object or a support that the toy(s) may be placed on or around. For example, a toy prop may be a chair, table, pram, rocking horse, hanging object such as a mobile, or other various objects.

In further preferred embodiments, the object may include one or more further toys or items. It is envisaged that the further toys or items, may be smaller than the main group and may be other characters or toy props not directly related to the family. For example, the smaller toy may be book, plants, food, tools, drinks, insects, moving objects, clothing, bags, a functional item or decoration. These may also be attached magnetically to the magnetic textile or themselves made from magnetic textile.

In some further preferred embodiments, the toys or objects may have one or more features, for example, eyes, noses, a mouth, mouths, tongues, faces, ears, belly buttons, noses, fingers, toes, claws, textures. In this embodiment, the features may be made from a range of coloured fabricϊnks, including reflective, luminous, fluorescent, full spectrum colours, glitter, gemstones, powdered metallics or foil. Further, these features may be applied to the textile forming the toy or object by a transparent moulded 3-D plastisol (for example) and shaped to create the desired feature.

From the above description it should be appreciated that the magnetic textile envisaged allows toy objects to be attached, detached and reattached in a number of different positions respective to each other, or on other objects rather than being restricted to one attachment point and/or one particular toy as in the prior art.

Thus, preferred embodiments of the present invention may have a number of advantages over the prior art including a plaything that can: interact together in a multiple number of configurations to provide versatility of the toy(s);

the toys can also interact more directly with the child, via their clothing or other personal items to provide great amusement with their multiple functions and positioning; provide full interaction of a child's mind and/or body; retain added interest of one or more children; encourage. family bonding and caring; and have an attraction mechanism that is flexible and durable.

BRIEF DESCRIPTION OF DRAWINGS

Further aspects of the present invention will become apparent from the following description which is given by way of example only and with reference to the accompanying drawings in which:

Figure 1 shows a front view of an alternative embodiment of the present invention;

Figure 2 shows a back view of the embodiment of the present invention as in Figure 1 ;

Figure 3 shows a perspective view of a further embodiment of the present invention; F Fiigguurree 4 4 shows a perspective view of yet another alternative embodiment of the present invention;

Figure 5 shows a side view of yet another alternative embodiment of the present invention;

Figure 6 shows a perspective view of a number of examples of yet further alternative embodiments of the present invention; F Fiigguurree 7 7 shows a front view of one potential interaction of the toys of the present invention;

Figure 8 shows a front view of yet another potential interaction of the toys of the present invention;

Figure 9 shows a front view of yet another interaction of another embodiment of the playthings of the present invention; F Fiigguurree 1 100 shows front view of yet another interaction of another embodiment of the playthings of the present invention;

Figure 11 shows front view of yet another interaction of another embodiment of the playthings of the present invention;

Figure 12 shows front view of yet another interaction of another embodiment of the playthings of the present invention;

Figure 13 shows a side view of yet another embodiment of the toys of the present invention;

Figure 14 shows a perspective view of yet another embodiment of the toys of the present invention;

Figure 15 shows a side view of yet another embodiment of the toys of the present invention; F Fiigguurree 1 166 shows a side view of yet another embodiment of the toys of the present invention;

Figure 17 shows a perspective view of an envisaged embodiment of the present invention used in clothing items;

Figure 18 shows a perspective view of another embodiment of the present invention used in clothing items;

Figure 19 shows a perspective view of yet another embodiment of the present invention used in clothing items;

Figure 20 shows a perspective view of yet another embodiment of the present invention used in a further object, which is in the form of a lamp;

Figure 21 shows a perspective view of yet another embodiment of the present invention used in a further object which is in the form of two bookends;

Figure 22 shows a perspective view of yet another embodiment of the present invention used in an object which is in the form of hanging mobile;

Figure 23 shows a perspective view of yet another embodiment of the present invention used in an object which is in the form of bedding item;

Figure 24 shows a plan view of yet another embodiment of the present invention used in a further object, which is in the form of a wall hanging; Figure 25 shows a perspective view of yet another embodiment of the present invention used in a further object, which is in the form of a book;

Figure 26 shows a view of yet another embodiment of the present invention used in a further object, which is in the form of a muscular doll; Figure 26a shows a front view of the doll; Figure 26b shows a side view of the doll; Figure 27 shows a view of yet another embodiment of the present invention used in a further object, which is in the form of a tailor's dummy; Figure 28 shows a view of yet another embodiment of the present invention used in a further object, which is in the form of a doll; Figure 28a shows one variation of the doll; Figure 28b shows a further variation of the doll; Figure 29 shows a view of yet another embodiment of the present invention used in a further object, which is in the form of family tree variation; Figure 30 shows a view of yet another embodiment of the present invention used in a further object, which is in the form of a tent; Figure 31 shows a view of yet another embodiment of the present invention used in a further object, which is in the form of a bed cover; Figure 32 shows a perspective view of two embodiments; Figure 33 shows a plan view of one embodiment;

Figure 33a shows a plan view of the textile in a natural unmoulded state; Figure 33b shows a plan view of the textile in a stretched state; Figure 34 shows a perspective view of one embodiment of the attachment means in the form of magnetic mesh or textile;

Figure 35 shows a cross-sectional view of one embodiment of the attachment means in the form of magnetic mesh or textile; Figure 35a shows the textile in a stretched state;

Figure 35b shows the textile moulded into the natural texture of the magnetic mesh; Figure 36 , _m shows a plan view of an example of one embodiment of an adhesive that may be used to attach a magnet to an object.; Figure 37 shows a plan view of another an embodiment of an adhesive that may be used to attach a magnet to an object;

Figure 38 shows a plan view of an example of a shape the magnet may take; Figure 39 shows a plan view of another example of a shape the magnet may take;

Figure 40 shows a plan view of an even further example the shapes the magnet may take; Figure 41 shows a plan view of an example of the magnet in the form of various types of chains; Figure 42 shows a plan view of an example how the magnets may be placed on an objects -* surface;

Figure 43 shows a plan view of another example how the magnets may be placed on an objects surface; Figure 44 shows a plan view of an even further example how the magnets may be placed on an objects surface; Figure 45 shows a perspective view of where the magnets may be placed on an objects surface;

Figure 45a shows the magnet placed between two layers of textile; Figure 45b shows the magnets placed on the outer surface of a layer of textile with another separate layer over the top; and, Figure 45c shows the magnets placed on the inner surface of a layer of textile.

BEST MODES FOR CARRYING OUT THE INVENTION

Referring to Figures 1 and 2, a toy is shown in the form of a bear 10. Figure 1 shows the front view of the toy 10 and Figure 2 shows the back view of the toy 10. As shown in these Figures, the toys' limbs 11 , head 12 and other appendages (not indicated) of the toy 10 have single magnets 11 located in various places of the limbs 11 and head 12 of the toy 10. The torso 14 of the toy 10 is formed from a magnetic mesh or fabric 15 that has a temporary magnetic function. In alternative variations, the magnetic mesh or fabric 15 may be a series of chains or shapes that have a permanent or temporary magnetic attraction, or a combination thereof. Preferably, the chains or metal shapes are held in place by an adhesive such as plastisol, which can be applied either on the reverse side of the fabric or on the exterior, outer surface of the fabric.

Referring to Figure 3, an alternative embodiment of a toy is shown, in the form of a bear 20. In this embodiment, the whole of the toy 20, including the torso 21 , head 22 and limbs 23 are formed from a magnetic textile, mesh or fabric, as indicated by lines or cross hatching 24 that has a temporary magnetic function. In this embodiment, the magnetic textile, mesh or fabric 24 can be produced by suitable steel overlaid with adhesive such as plastisol, for example on the reverse side of the fabric, either all over or in various positions on the toys body. In further embodiments, the toys can have single magnetic objects in set positions, such as the hands, feet or the back of the head. This is indicated by reference 24 on Figure 3. These further objects 24 can provide further interaction and/or support when connected to other toys or objects, such as stands (not shown).

It should be appreciated that the magnetic textile, fabric or mesh will provide an 'all over' magnetic function, that allows further toys or objects (as described below) to be attached, detached and reattached together in a range of positions.

Another alternative embodiment to the toy is shown in Figure 4, in the form of a frog 40. This toy 40 shows a further variation of the placement of the magnets, in the form of single magnets or magnetic objects 41. These magnetic objects may either have a permanent or temporary magnetic function. In further variations, the fabric forming the frog's torso may be magnetic, preferably temporary magnetic, in order to provide an 'all over' magnetic function.

In a further example, variations in the characters are shown in Figures 5 and 6a to 6d. In Figure 5 the toy is a person 50. Also indicated is one variation for the magnetic attachment in the form of magnets 51. Figures 6a to 6d also show further for examples of the types of characters, such as s'hown iή'Figure 6a; a rabbit, Figure 6b; a frog, Figure 6c; a lizard and Figure 6d; a spider. Preferably, these characters are examples of further objects of smaller additional toys that can be attached to a first or main toy.

Figures 7 to 16 all show various toys as detailed in preceding Figures 1 to 6, while in use or 'interacting' with one another. Each Figure shows a different character theme, which the playthings may take.

Referring now to Figure 7, a family of toys is shown as indicated in the direction of arrow 70. The family 70 comprises of a main or first toy in the form of a mother 71. Attached or connected to the mother 71 via magnetic attachments (not shown) are additional toys in the form of children 72 and 73. Here, the mother 71 and the children 72 and 73 are connected through magnetic attachments (not shown) that are located in various positions in the general direction of arrows

74. Involved in the family 70 is also yet a smaller character or object in the form of a cat 75, which can be attached to the mother 71 using magnets or magnet regions (not shown).

Figure 8, shows a family of toys in the form of elephants as indicated by arrow 80. This Figure shQws the toys 80a to 8Od, connected to each other through a series of magnetic attachments in the form of magnetic objects 81 or magnetic textile, mesh or fabric (not indicated). Each toy 80a to 8Od can attach and detach from the magnetic pull created between the magnets 81 or magnetic mesh or fabric (not indicated). Further, the toys 80a to 8Od can then reattach to each other in different positions through these magnets 81 or magnetic textile, mesh or fabric (not indicated).

Figure 9, shows another family of toys in the form of bears 90a to 90c. This Figure also shows the toys 90a to 90c in one interaction position possible via the magnetic textiles and magnets, which are in the form of magnetic objects 91 and magnetic textile, mesh or fabric (indicated by the cross hatching 92). Again the toys 90a to 90c can be attached, detached and reattached to each other, in a number of positions, through the various magnetic attachment points or regions.

With reference to Figures 10 to 12, further variations are shown on how the family of toys, as indicated in the general direction of arrows 100, 110 and 120 may interact. In these Figures there is a main toy, as indicated by arrows 101 , 111 and 121 respectively. Attached via magnetic attachments (not shown) to the main toy 100 are other toys as indicated by arrows 102, 103, 104, 112, 113, 122, 123 and 124. Also associated with the family 100, 110 and 120 are yet further toys or objects as indicated by arrows 105, 114, 115 and 125. These further toys will have at least one magnet (not shown) or be constructed from magnetic textile, mesh or fabric (not indicated) to allow the further toys to be connected to the main or other toys.

Figures 13 to 16 all show the toys in use or 'interacting' with one another as well as additional objects or toy props.

As shown in Figure 13, the toys indicated in the general direction of arrow 130 are in the form of cats, where there is a main toy 131 and additional toys 132, 133, 134, 135 and also an extra or further toy 136 in the form of a mouse. Also shown in this Figure, the toys 130, specifically main toy 131 , and the further toys 132 and 133 are attached or interacting via magnetic textile regions 137 and 138 (for example only) to an object or toy prop in the form of a post 139.

With reference to Figures 14a and 14b, there is yet another variation on the family of toys as indicated by arrows 140 and the props 141 and 142. In this Figure (specifically Figure 14a) the toy prop may be a tricycle 141 , which the toys 143 and 144 are attached or connected to via

magnetic textile regions (not shown). In Figure 14b, the toy prop is in the form of a trolley 142. These toys 145 and 146 also include an extra object or toy in the form of a bottle 147.

With reference to Figure 15, there is shown yet a further variation of a family of toys as indicated ^• «by arrow 150. Shown in this Figure, there are toys in the form of three people as indicated by arrows 151, 152 and 153 as well as a dog 154. These toys 151, 152, 153 and 154 are attached to a toy prop, which is in the form of a rocking-horse 155. Also shown in the Figure is a smaller toy in the form of a bird 156. These toys are attached to each other via single permanent magnets 157 and/or through magnetic textile regions (not indicated) that are used to construct at least a portion of the toy.

Figure 16 shows yet a further variation of a toy family, as indicated by arrow 160 interacting together. This toy family 160 consists of a main adult bear 161 and three smaller, children bears 162, 163 and 164. Also included in this Figure are two further objects, a toy prop in the form of a chair 165 and an extra toy in the form of a book 166.

Referring to Figures 17 to 31 , a variation in the form of the object of the present invention is shown. The object as shown in these figures is in the form of various personal clothing articles. Shown in Figure 17, is a clothing item in the form of a cap 171 and a shirt 172 worn by a person 170. In Figure 18, there are two people 180 and 181 who are both wearing overcoats 182 and 183. Additionally, Figure 19 shows another two people 190 and 191 wearing jumpers 192 and 193. Person 191 , in Figure 19 is also wearing a hat 194.

In Figures 17 to 19, the clothing articles 171 , 172, 182, 183, 192, 193 and 194 can have a range ' of magnetic attachments including: (a) single magnets or magnetic objects situated within or on the fabric of the clothing (not shown); and/or (b) in the form of temporarily magnetic textile, mesh or fabric which the clothing articles are made from (not shown). The toys, as indicated by arrows 174 through to 176 and 184 to 187 also have magnetic attachments that can be in the form of single magnetic objects (not shown) positioned throughout the toys body; and/or be made from a magnetic textile. This allows the toys 174 to 176 and 184 to 187 to be attached, detached and reattached to the clothing articles 171 , 172, 182, 183, 192, 193 and 194.

With reference to Figures 20 to 23, a further variation of the form of the object of the present invention is shown.

Referring to Figure 20, the object is a lamp 200. The shade 201 of the lamp 200 is made from a magnetic textile which is temporarily magnetic. Attached to the shade 201, are two toys in the form of bears 202 and 203. The toys 202 and 203 can have a magnetic attachment in the form

of single magnets or objects (not shown). In other variations the magnetic attachment may be in the form of magnetic textile (not shown) which allow various placements of the toys 202 and 203 respective of the shade 201.

,<5, Figure 21 shows another variation where the objects are two bookends 210 and 211. The ^; bookends 210 and 211 have a magnetic textile covering that is preferably temporarily magnetic (not shown). In further variations, the textile covering may also have further magnet attachments, for example single permanent magnetic objects or magnets (not shown) positioned over the covering. As shown, attached to the bookends 210 and 211 are toys in the form of

10 dogs 212 and 213. The toys are attached to the bookends 210 and 211 via magnetic attachments, preferably single permanent magnetic objects (not shown) positioned in various places on the body of the toys 212 and 213, for example in the toys paws or torso.

Figure 22 shows another variation where the object is a mobile 220. The mobile" 220 has a

15 frame 221 and a number of ropes 222 that are made from material that is temporarily magnetic. Attached to each rope 222 is a toy in the form of a fairy 223. The fairies 223 have at least one magnetic attachment in the form of single permanent magnetic objects (not shown). This allows the fairies 223 to attach to the ropes 222 in various positions, as shown within Figure 22. The fairies 223 may also attach to each other. However, this embodiment is not shown.

20

Figure 23 shows a further embodiment where the objects are a bedding cover 230 and/or pillow cover 231 made from magnet textile. This allows toys 232 to 234 to be attached (detached and subsequently reattached) to the cover 230 and pillow 231 in a number of positions as shown by the toys 232 to 234.

25 "

Figure 24 shows the present invention in the form of a wall hanging. In this embodiment, the wall hanging 240 is made from canvas 241 or other suitable types of textile which is temporarily magnetic. The canvas 241 has a background with a particular type of scene, for example a ' countryside, as shown in this figure. The background is envisaged to be printed on the canvas

30 241 in suitable fabric inks or other mediums, using a wide selection of metallics, glitters, fluorescent colours, spectrum colours, beads, textures for example. Alternatively, the canvas 241 will have a plurality of regions of magnetic textile (not shown) either between layers of fabric forming the back of the canvas 241 or the magnetic regions moulded or adhered to the outside of the canvas 241 , for example to form part of the background scene. A child can then create

35 their own scene on the background, by using various toys and/or objects for example, a car 242, animals, such as the cat 243, chicken 244 or rabbit 245, or other characters such as those shown in Figures 1 to 16.

It should be appreciated that the characters 242 to 245 will have a number of magnetic attachments (not shown) that allow the characters 242 to 245 to connect with the canvas The wall plaques may also have LED lights that can light up, for example the sun Moving objects may also be incorporated where, when an object is attached, that object or another object may then move along the path of a magnetic attachment, (for example a chain or tracks, webs, lines) and therefore be used and form flying fairies, planes, trains, birds for example. In further variations of this form of the present invention, movements, sounds or heat sensitive changing colours of certain images may be present.

Another form of the present invention is shown in Figure 25. Here the invention is shown as a fabric book 250. In one variation, the book 250 will have steel (not shown) embedded in between fabric layers (251 and 252) forming the magnetic textile pages of the book 250. Items, images, toys such as the apples 253 or kittens 254 with one or more suitable magnetic attachments (not shown) will allow for the items, images, various functionaMtems, decorations, moving objects, moving objects or toys (253 and 254) to be applied to the book 251.

Figures 26a and 26b and 27a and 27b respectively show the present invention in the form of a human doll 260 and adjustable tailors dummy 270. The doll 260 in Figure 26a and 26b has a muscular form within the structure of the doll 260 being moulded to take the shape of a human. It is envisaged that the body 261 of the doll 260 has magnetic material embedded inside (not shown) to form magnetic regions 262, throughout the body 261. The magnetic region 262 allows the doll 260 to attach to steel props or allow for items to attach, such as accessories (not shown), to the dolls' body 261. Another variation of this form of the present invention is shown in Figure 27a. Here, the present invention is in the form of an adjustable tailor's dummy 270. As indicated, the tailors dummy has torso 271 that is connected on a stand 272. The fully adjustable dummy 270 is constructed from steel or other suitable material with wiring 273 running though the torso 271 or magnets 274. This will allow for magnetic pattern pieces, preferably formed from magnetic paper of fabric, such as dress 273 as shown in Figure 27b to be adhered to the dummy 270.

Figures 28a and 28b show a further variation of the invention described in Figures 26 and 27. In this embodiment, the doll 280a or 280b is a suitable size to allow a child (not shown) to dress the doll 280a or 280b. In this variation, the doll 280a or 280b has clothing, such as a dress 281 or apron 282, and accessories (for example the broom 283) that allow the doll 280 to be dressed or decorated in a variety of ways. For example, the doll 280a or 280b as shown is dressed as Cinderella in rags (Figure 28a) or riches (Figure 28b). It should be appreciated, that the doll 280a or 280b and the clothing items and accessories will have suitable magnetic attachments,

either as single magnetic objects or magnetic textile (not shown) placed within the clothing and accessories along within the dolls torso and limbs to allow the components to connect together.

In further variations, the dolls 260 or 280 can also have an internal flexible hose or jointed limbs (not shown), which enable the dolls 260 or 280 to be positioned in a number of poses. This flexible hose's internal hollow core can also allow for any wiring or connections throughout the doll, for features such as robotic movement, lights, voices sounds and gestures.

Figure 29 shows the present invention in the form of a family or display tree 290 and 291. Here the tree 290 or 291 will have a number of branches 292, either made from a magnetic material or have a plurality of magnetic attachments, such as single magnets at particular positions (these are not shown on the figures). The magnetic attachments will allow for toys 293, 294 or ornaments to be attached to the tree 290 or 291 and provide the display and/or storage system as shown. - ' ^; > ^?

Both Figures 30 and 31 show yet another variation of the present invention. Here, the invention is in the form of a tent 300 (Figure 30) or as a bed canopy 310 (Figure 31 ). In these embodiments, the material forming the tent 300 or canopy 310 has a plurality of magnetic attachments (not shown), either as single magnets, steel chains on textile, or metal shapes or particles throughout a material which is then adhered on textile. Toys or other characters, such as the fairies 301 , stars 302, moon 303 or cats 304, may be adhered to the material via the magnetic attachments (not shown). It should be appreciated that the toys may then be placed and repositioned on or in the tent 300 or canopy 310.

Figure 32 shows two attachment methods for single magnets 320 and ^:' 321. Magnet 320 has a hole 322 that allows a rivet 323 to be slotted though the hole 322 allowing the magnet 320 to be attached and fastened, preferably permanently, in place. The head of the rivet 324 can have a number of different shapes such as a heart, star, flower or clover.

Further, magnet 321 has a number of individual holes as indicated in the direction of arrow 325. This is to allow the individual prongs 326 of the rivet 327 to be slotted through and bend around the magnet 321 as shown in Figure 32c. This rivet and prong arrangement can be used to attach magnetic material such as films and wiring to a textile (not shown) as well.

With reference to Figure 33, an example is shown of one embodiment of the magnetic textile, as indicated by arrow 330. In this embodiment the fabric 330 may have a magnetic thread 331 woven into the fabric 330. Shown in Figure 33a is the fabric in an unstretched state. Here, the woven magnetic portion conforms with the fabric. However, as shown in Figure 33b, when the

fabric 330 is stretched, the magnetic fabric 331 forms a series of diamond shapes that form a semi-continuous magnetic surface area textile 331.

As shown in Figure 34, there is another view of the magnetic fabric 340. This Figure shows that the magnetic mesh 341 may be attached to a separate material 342. This separate material may be a variety of different forms, such as cotton or synthetic fabric.

Figures 35a and 35b show a cross-sectional view of the various embodiments the magnetic textile may take. Figure 35a shows the cross-section of the mesh 350 while stretched. As shown, there is a non-magnetic fabric layer 352 and a magnetic layer 351 , preferably formed from material that is temporarily magnetic, attached together. Here the fabric and magnetic mesh form a diamond shape (as shown in Figure 33b). The non-magnetic fabric layer 352 is in the form of a light muslin cloth. Preferably, to form a strong, soft, flexible fabric that can be moulded/cut into a number of positions or shapes. Figure 35b sho'w ^' s another version of the magnetic textile 353, where the non-magnetised material 354, such as synthetic or cotton fibres will mould into the natural texture of the magnetised textile 355. This embodiment retains magnetic attraction as well as retaining flexibility and durability for cutting and sewing. It should be appreciated that this material is preferably temporarily magnetic.

Both Figures 36 and 37 show examples of two variations of textile 360 and 370 respectively that may be used to construct a toy. The textile 360 and 370 show two different types of adhesives 361 and 371 respectively that are used to secure a magnetic attachment (not shown) in various patterns. As shown in the Figures, the adhesives 361 and 371 are opaque, so the magnetic attachments (not shown) are not visible and concealed under the adhesive.

Figures 38 to 41 show various types of shapes and configurations the magnetic material on the textile may take.

Figure 38 shows a magnetic region 380 in the form of a textile 381 attached to a hard plastic surface 382.

Figure 39 shows a magnetic attachment 390 in the form small magnetic particles 391 suspended in a flexible plastic coating 392 which is adhered to a textile (not shown).

Figure 40 shows various magnetic attachments 400 in various shapes, such as flowers 401 and hearts 402. As shown, the magnetic attachments 400 are single magnets shaped into various configurations and form magnetic regions on a textile. Additionally, the magnetic attachments 400 may be a small metal bead surrounded by a plastic coating.

Figure 41 shows a further variation of the magnetic material, in the form of parallel chains. In Figure 41 four styles of chains are shown, as indicated by arrows 410, 411 , 412 and 413, with different link sizes. As should be appreciated different chain types need not be used but this illustrates the different options available. ^* ?:

Figures 42 to 44 show examples of how the magnet materials may be placed on a textile to form the magnetic textile(s). As can be seen, attractive patterns can be produced that not only give regions of magnetic properties but which also look attractive.

Figure 42 shows the magnets forming a flower pattern magnetic region on a textile 420. As shown the pattern is formed by a number of magnets in the form of beads 421 , flat chains 422 and linked chains 423, that are temporarily magnetic. This pattern will be achieved by placing the beads 421 and chains 422 and 423 on the fabric surface (not shown) and then using a flexible adhesive or plastisol (indicated by arrow 424) to fix the beads 421 and chains 422 in place. Here a transparent adhesive in the form of a synthetic rubbery ink or plastisol, may be used so the beads 421 and chains 422 are visible.

Figure 43 shows another variation in the pattern 430 that may be formed. Here, a series of chains 431 and various shaped beads 432, magnets 433 and metal shapes 434 are used. In this embodiment, the metal shapes 434 are perforated to help adhere them to the fabric with an adhesive. The adhesive may be a transparent synthetic rubbery ink or plastisol that may be overlaid so the magnetic materials used are still visible for decorative purposes.

Figure 44 shows yet another variation in the type of pattern that may be used. In this variation, there is a moulded plastisol which forms a 3-D effect that protrudes from the fabric surface, when overlapping a chain outline. Additionally, the colour of the ink or plastisol may be opaque and be a similar tone to the fabric, so the chain is not visible. When adhered to the textile, the textile becomes magnetic across the region the pattern covers.

Referring to Figure 45, various embodiments are shown of where the magnetic materials are placed on an objects surface. Figure 45a shows one embodiment of a magnetic textile 450 with two layers of fabric 452 and 453, such as woven polar fleece type fabric on the outside 452 and a non-woven backing on the second layer 453. Between the two layers, is a mesh formed by a synthetic rubbery or jelly-type ink or plastisol containing a number of magnetic materials in the form of chains or metal shapes that are temporarily magnetic 454.

Figure 45b shows another magnetic textile 454 with metal discs of various shapes, sizes (or chains) 455 adhered to one surface of a first layer of fabric 456 by a soft jelly like ink and adhesive and a second layer of fabric 457 placed over the top of the first fabric layer 456.

Figure 45c shows another magnetic textile 458, where the metal discs of various shapes and sizes (or chains) 459, are placed on the inner surface 450 of a single layer of fabric such as 'plush' fabric 458.

It should be appreciated that these Figures only show one position or placement variation that the families (toys, objects etc) may take, and that an advantage of the present invention is that the families may be moved into a number of other positions or placements.

It should also be appreciated that these Figures act as examples of the objects that the toys may attach too. It should be appreciated by a person skilled in the art that the objects may come in a variety of different forms beyond those described.

Also, it should also be appreciated by a person skilled in the art that the adhesive and synthetic rubbery inks, moulded plastisol or welded foam used to attach the magnetic material to the textile may come in a variety of different formulas, textures and colours beyond those described in the specification.

Aspects of the present invention have been described by way of example only and it should be appreciated that modifications and additions may be made thereto without departing from the scope thereof as defined in the appended claims.