Nath support sleeve, kit comprising the same, and method of providing the same

Abstract

A nath support sleeve (22, figure 2) comprising a first member 32 having an inner surface 48 defining a first bore 48a, a second member 34 interconnectable with the first member, the second member hav

Description

The present invention relates to a nath support sleeve for receiving and supporting a nath. The present invention also relates to a kit which includes the sleeve. The present invention further relates to a method of inserting a nath support sleeve. In wedding ceremonies of certain faiths such as Hinduism and Islam, it is traditional for the bride to wear a nath, for cultural and aesthetic reasons. A nath is a nose-ring, worn primarily by women in Indian and Asian cultures, through an aperture in the left or right nose wing, and typically connected by a chain to a hairpiece. However, wearing a nath presents a number of issues. Insertion and removal of a nath is challenging. The nath has a closure element which may generally include a pin-like or elongate arcuate structure. To insert the nath, the user needs to open the closure element of the nath and insert the sharp end of a pin-like or elongate arcuate structure through the aperture in their nose, then close the closure element. Locating the aperture is challenging because the aperture is narrow, potentially obscured with make-up. The minimum focusing distance of the human eye means that the user is not able to directly see the aperture without the use of a mirror. Insertion and / or removal of the nath by a second user can be intrusive and / or unhygienic for the first user. Furthermore, as the aperture is narrow, pushing or pulling a sharp tipped structure through the nose can be time-consuming and painful, with an important risk of injury. The risk of injury is further heightened if the user is rushing due to being short on time, as may be the case on their wedding day. Removal of nose jewellery from the aperture and leaving the aperture through the nose devoid of jewellery increases the risk of infection and / or the aperture closing as the wound heals. Securing the nath in place is difficult due to spatial constraints and limited access to the closure element once the nath is positioned through the nose. The thinness of the pin-like or elongate arcuate structure means that the whole weight of the nath is concentrated over a small area of contact, which may be uncomfortable once the nath is in position. If the nath gets caught, this can pose a significant risk of the tearing. Traditional naths are large, adorned with jewels and made of precious metal such as silver, gold, platinum, palladium, or titanium. Preferably, the metal is Indian gold, in other words, gold which is 22 or 24 carats. As traditional naths may be heavy and expensive, modern naths are available which are lighter and cheaper, due to being made of artificial, non-precious metals, such as copper, zinc, nickel, or artificial gold in which a thin layer of gold is applied to a non-gold material such as copper or zinc. However, a downside of modern naths is that various users are irritated or even allergic to the materials used in modern naths. A user may not have an aperture through their nose or if they have an aperture, they may not wish to thread a nath therethrough. Whilst clip-on naths are available, they are undesirable as less secure and less authentic than a traditional nath. Clip-on naths may also result in irritation or bruising. Clip-on naths are also typically formed of artificial materials, which may, once again, cause irritation or allergic reactions. For all the above reasons, wearing a nath is a traumatic experience for many brides. The present invention seeks to provide a solution to these problems. According to a first aspect of the present invention, there is provided a nath support sleeve for providing a sleeve for receiving and supporting a nath when the sleeve is positioned through a user’s nose, the nath support sleeve comprising: a first member having a first inner surface defining a first bore, a second member interconnectable with the first member, the second member having a second inner surface defining a second bore, the first bore and second bore together forming a continuous sleeve bore when the nath support sleeve is assembled for supporting the nath. The sleeve is a tubular support which facilitates the wearing of a nath on the user’s wedding day, for a plurality of reasons. In no particular order, the sleeve can be inserted into the user’s nose ahead of time, which means one fewer step needs to be carried out on the user’s wedding day, thereby freeing up the user’s time on the day. As the tubular support needs to be inserted carefully into the nose to avoid injury, being able to carry out this step ahead of time enables the user to take their time and reduce the risk of injury, instead of rushing on their wedding day. Secondly, it is easier to locate the entrance of the continuous sleeve bore which is always open. If any is applied, make-up is less likely or unable to obscure the entrance of the continuous sleeve bore. Thirdly, the sharp end of the closure element is prevented from contacting the skin directly upon insertion and / or removal, such that the likelihood of injury and / or pain is reduced or eliminated. After removal of the nath, the sleeve may optionally remain in position such that the risk of infection and / or of the wound closing is reduced or eliminated. Fourthly, the sleeve distributes the force due to the weight of the nath over a greater area of contact with the skin, which may improve comfort for the user. Increasing the area of contact with the skin may also reduce the risk of tearing, at least compared with the needle-thin closure element, in case the nath gets caught or yanked. Fifthly, the sleeve provides a physical barrier which prevents direct contact between the nath and the nose. This may be particularly desirable if the user is irritated by or allergic to the materials used in modern naths. Sixthly, the sleeve helps position the nath correctly, enhancing the aesthetic appeal of the nath, and preventing or inhibiting the nath from moving or falling out during the wedding. The sleeve therefore allows traditional customs to be preserved whilst simultaneously offering convenience and comfort. Beneficially, the continuous sleeve bore may have a centreline which is at least in part curved. The closure element of the nath may be arcuate. This may, for example, enable the nath to form a circle when closed, which may be more aesthetic. The arcuate section may thus be inserted into the continuous sleeve bore if also curved. The curvature of the centreline preferably matches the curvature of the arcuate section but this is optional, for example if the width of the sleeve bore is sufficiently great to provide a tolerance, thereby accommodating a range of possible curvatures of the arcuate section. A curved sleeve bore provides compatibility with a curved nath. Preferably, at least one of: the first inner surface and the second inner surface may taper outwardly so as to provide a guiding surface. Tapering outwardly in at least one, and more preferably in at least a plurality of directions increases a dimension of an opening of the continuous sleeve bore. If tapering outwardly in several directions, part of the support sleeve forms a trumpet- or funnel-shape. A wider opening may help the user thread the end of the closure element into the continuous sleeve bore. Furthermore, the first member and / or second member may include a decorative element. Additionally, the decorative element may include a gemstone. The first member and / or second member may have an aesthetic function in addition to a technical function of forming a support sleeve. The user can use the sleeve without the nath, as a decorative nose-piercing, if desired, for example outside of their wedding day. Advantageously, the first bore and / or the second bore may extend through the decorative element. The decorative element, and more preferably, the gemstone may be hollow, and more preferably toroidal or annular. The nath can be inserted through the decorative element. The user does not have to choose between have a decorative element such as a gemstone and a nath because the user can have both simultaneously. Having the nath surrounded by the decorative element provides symmetry. Symmetry improves the weight distribution of the sleeve and more preferably of the decorative element. Symmetry is also aesthetically pleasing. Beneficially, the first member may include a first nose-abutment portion. Additionally or alternatively, the second member may include a second nose-abutment portion. The or each nose-abutment portion forms a bracket, to prevent or inhibit accidental movement of the sleeve relative to the nose beyond a threshold position determined by the abutment of the nose-abutment portion against the nose. Optionally, the decorative element may form the first nose-abutment portion and / or the decorative element may form the second nose-abutment portion. In addition to an aesthetic function, the decorative element has a technical function of preventing or inhibiting accidental movement of the sleeve relative to the nose. There is no need to have another portion providing a nose-abutment portion in addition to the decorative element which forms a nose-abutment portion. This simplifies the design of the sleeve, such that manufacture is simplified, saving time, cost and materials, which is environmentally friendly. Furthermore, the first nose-abutment portion may include a flange and / or the second nose-abutment portion may include a flange. The flange may be simple, discrete, thin and generally easy to manufacture. If the flange is received inside the nose, the thinness of the flange is beneficial as it takes up little volume, such that airflow through the nostril is not blocked or the hindrance to airflow is minimised. Optionally, the first member may include a first main portion. Additionally or alternatively, the second member may include a second main portion. Part of the sleeve needs to be elongate, at least relative to the abutment portion, so as to extend through the nose. Optionally both members may be configured to extend through the aperture and meet partway along the aperture. Advantageously, the first nose-abutment portion may be integrally formed with the first main portion. Furthermore, the second nose-abutment portion may be integrally formed with the second main portion. Integral formation means it is easier to hold member via the nose-abutment portion and insert the main portion into the nose. An integrally formed member may also be easier and faster to manufacture as no additional connection elements are required. Optionally, the first nose-abutment portion may be separably connectable with the first main portion and / or second main portion by connection means. Furthermore, the second nose-abutment portion may be separably connectable with the first main portion and / or second main portion by connection means. Separably connectable nose-abutment portion and main portion provides modularity. Modularity facilitates replacement, such as in the case of broken parts. Modularity enables customisability, as the user can choose which nose-abutment portion to use, if they have a range of nose-abutment portions, such as for different occasions, for different nose morphologies or different desired tightness around the wing of the nose. Advantageously, the connection means may include complementarily engageable screw-threads. Screw-threads are simple to manufacture. Screw threads are compact. Screw threads also only require rotation to be applied to the nose-abutment portion, rather than any more complicated action or sequence of actions, as might be the case with another fastener. Furthermore, a said screw-thread may be provided internally in the first nose-abutment portion and / or second nose-abutment portion and a complementary said screw-thread may be provided externally on the first main portion and / or second main portion. A screw thread provided externally on the main portion would not narrow the width of the continuous sleeve bore, as this might hinder or prevent a nath from being inserted through the sleeve. However, a screw thread provided internally on the main portion may be envisioned as an alternative. The benefit of an internally threaded main portion is that the screw thread on the main portion does not face or contact the skin, which could cause irritation and / or injury. Preferably, at least part of the nath support sleeve may comprise metal. Furthermore, the metal may be a hypoallergenic metal and / or precious metal. Metal, and more preferably precious metal is less likely to cause irritation or allergies. Users can use a modern nath for weight and / or cost reasons, even if they suffer from irritation or allergies when using modern naths. This is possible because the amount of direct skin contact with the modern nath is reduced or eliminated by virtue of using the sleeve made of a material which does not cause irritation or allergies. The sleeve may be comparatively small such that the cost and / or weight are low, even if made from precious metal such as gold or silver. According to a second aspect of the present invention, there is provided a kit comprising a nath support sleeve, preferably in accordance with the first aspect of the invention, and at least one of: a nath, a sleeve positioning device, and cleaning means. The sleeve may be provided together with a nath, with auxiliary equipment for maintaining hygiene or for facilitating insertion and / or removal of the sleeve and / or nath, or any combination of the above. The user does not need to separately source these components, saving time and effort, and money, especially if there is a chance of sourcing an incorrect component. Beneficially, the sleeve positioning device may include a, preferably elongate, guiding member which may be configured to be insertable into the aperture through the user’s nose and may be receivable within the nath support sleeve for enabling the nath support sleeve to be slidably moved along the elongate guiding member into position through the nose. The elongate guiding member can be used to in-use guide the sleeve into position through the nose. Preferably, the sleeve positioning device may further include connection means for connecting with the first member and / or the second member. The sleeve position device may be complementarily engageable with the sleeve which may provide a more secure engagement therebetween and further facilitate insertion of the sleeve. Alternatively, the sleeve positioning device may be pliers. Pliers are more ergonomic and enable the user to have a better grip of the sleeve or part thereof, which may facilitate insertion and / or handling of the sleeve or part thereof. Preferably, the first member and / or second member may include a decorative element that the nath support sleeve may have a first said decorative element, and the kit may further comprise a second said decorative element, the second said decorative element being interchangeable with the first said decorative element. A plurality of interchangeable decorative elements may be provided, such that the user has a choice of decorative elements to use, for instance for different occasions. According to a third aspect of the present invention, there is provided a method of providing a support for a nath, the method comprising: a] obtaining a nath support sleeve, preferably in accordance with the first aspect of the invention; b] inserting the first member or the second memberthrough a user’s nose; c] connecting the other of the first member and the second member to the inserted first member or the second member so that the first bore and second bore form a continuous sleeve bore. The, notionally first, user or a, notionally second, user assisting the first user can insert the sleeve into the first user’s nose. The sleeve can be used to receive a nath if desired. Preferably, the method may comprise a further step of inserting a nath into the continuous sleeve bore of the nath support sleeve. The nath is easily inserted into the sleeve and supported thereby. As the sleeve bore is a through-bore, the nath can enter the sleeve bore at one end and exit via the opposite end of the sleeve bore. The invention will now be more particularly described, by way of example only, with reference to the accompanying drawings, in which: Figure 1 illustrates a plan representation of a nose, viewed from below, with the outline of an aperture extending through a wing of the nose indicated in dashed lines; Figure 2 shows a first embodiment of a kit in accordance with the second aspect of the invention, the kit including a nath support sleeve in accordance with the first aspect of the invention, the nath support sleeve shown in a disassembled condition, the nath being in a closed condition, and a moveable portion of a closure element of the nath being shown as a dashed outline when the nath is in an open condition; Figure 3 is a cut-away representation of the nath support sleeve of Figure 2, the nath support sleeve being in a disassembled condition; Figure 4 illustrates a cut-away representation of the nath support sleeve of Figure 3, in-use, in an assembled condition, and traversing the aperture within a wing of the user’s nose, the outline of part of the wing and of the aperture being shown in dashed lines; Figure 5 illustrates a cut-away representation of the nath support sleeve of Figure 4 and a nath received in the nath support sleeve; Figure 6 shows a flow chart of the method of providing a nath support sleeve; Figure 7 shows a second embodiment of a kit in accordance with the second aspect of the invention, the kit including a nath support sleeve in accordance with the first aspect of the invention, the nath support sleeve shown in a disassembled condition and a moveable portion of a closure element of the nath being shown as a dashed outline when the nath is in an open condition; Figure 8 is a cut-away representation of the nath support sleeve of Figure 7, the nath support sleeve being in a disassembled condition; Figure 9 shows a cut-away representation of part of a nath and the nath support sleeve of Figure 8, in-use, the sleeve being in an assembled condition, and extending through the aperture within a wing of the user’s nose, the outline of part of the wing and of the aperture being shown in dashed lines; Figure 10 shows a third embodiment of a kit in accordance with the second aspect of the invention, the kit including a nath support sleeve in accordance with the first aspect of the invention, the nath support sleeve shown in a disassembled condition, the nath being in an open condition; Figure 11 shows a close-up representation of a moveable portion and a moveable portion receiver of a closure element of the nath, the moveable portion being in a first condition; Figure 12 shows a close-up representation of the moveable portion of Figure 11, the moveable portion being in a second condition; Figure 13 illustrates a plan representation of a nose, viewed from below, with the outline of an aperture extending through a wing of the nose, and a cut-away view of a guiding member of the kit of Figure 10, in-use, prior to insertion into the aperture in the wing; Figure 14 shows the representation of Figure 13, in-use, after insertion of the guiding member through the wing of the nose and before engagement with a first member of the nath support sleeve of the kit of Figure 10, with part of the first member and part of the guiding member cut-away for clarity; and Figure 15 illustrates the representation of Figure 14, in-use, after the first member of the nath support sleeve has been pulled into the aperture in the wing of the nose and disengaged from the guiding member but prior to engagement of the first member and a second member of the nath support sleeve. Referring to Figure 1, there is shown a user’s nose 10 as viewed from below. A user’s nose 10 has two wings 12 and a columella 14. Together, each wing 12 and the columella 14 define a passageway referred to as a nostril 16, such that the user has two nostrils 16. Each wing 12 has an inner surface 12a and an outer surface 12b. The user may optionally further comprise a bore or aperture 17 which extends through a wing 12 and connects the outside of the nostril 16 to the inside of the nostril 16. The aperture 17 outline is indicated as dashed lines in Figure 1. Referring now to Figure 2, there is shown a first embodiment of a kit indicated generally at 18. The kit 18 includes a nath 20, a sleeve 22, a sleeve positioning device 24, cleaning means 26 and at least one, and more preferably a plurality of decorative elements 28, but any of the above may be omitted and / or a plurality of any of the above may be provided. There may even be a plurality of sleeve positioning devices 24 of different types. The nath 20 illustrated in the Figures has a closure element 30. The closure element 30 enables the nath 20 to be selectively openable. The closure element 30 has a moveable portion 30a. The moveable portion 30a may be hingeably connected to the rest of the closure element 30. The moveable portion 30a is preferably elongate. The moveable portion 30a is also preferably arcuate. The sleeve 22 in-use receives and provides a support for a nath 20 when the sleeve 22 is positioned through a user’s wing 12. The sleeve 22 may thus be referred to as a nath support sleeve or a nath nook. Preferably, all or at least part of the sleeve 22 comprises one or a plurality of materials. The or a said material may be metal, but non-metal may be envisioned, such as plastics. The material, and more preferably the metal, is hypoallergenic. Even more preferably, the material may be a precious metal, such as gold or silver. More preferably, the metal is Indian metal, such as 22 or 24 carat gold. Other materials such as titanium, palladium, or platinum may be envisioned. Dense, precious metal provides durability and / or reduces the risk of skin irritation or allergies. Silver may have antibacterial properties. The sleeve 22 has a first member 32, a second member 34, and sleeve connection means 36, but any of the above may be omitted and / or a plurality of any of the above may be provided. If an additional member is provided, it may be referred to as a “third” member for clarity. Similar incrementally increasing names may be used for any further members provided, for clarity. Preferably, at least one of: the first member 32 and / or second member 34 further includes a decorative element 28. For clarity, any feature of the first member 32 may be preceded by the term “first”. Similarly, the feature of the second member 34 may be preceded by the term “second”. Shown more clearly in Figure 3, the first member 32 is in-use positioned or positionable inside the nostril 16. The first member 32 may also be adapted to, configured to or able to extend at least in part through the aperture 17 through the wing 12. The first member 32 is preferably also connectable to the second member 34. Connection between the first member 32 and the second member 34 may be direct or indirect, for example, if each of the first member and the second member connects to an intermediate third member, by way of example. The first member 32 has a first main portion 38 and a first nose-abutment portion 40, but either may be omitted and / or plurality of either may be provided. Preferably, the first main portion 38 is or is generally tubular or annular. The first main portion 38 has a first wall inner surface 42a and a first wall outer surface 42b. Preferably, the first main portion 38 is elongate so as to in-use extend through at the nose 10 along preferably all or at least a major extent of the aperture 17, although a minor extent may be envisioned. The first main portion 38 may be referred to as a first traversing portion, a first elongate portion, or a first wing-spanning portion. The first nose-abutment portion 40, or first nose-facing portion or first stop portion, in-use prevents or inhibits accidental removal of the sleeve 22 or at least the first member 32 thereof through the aperture 17 along an outward direction, and out of the aperture 17 outside the nostril 16. To do so, the first nose-abutment portion 40 is in-use abutted or abuttable against the inner surface 12a of the user’s wing 12. The first member 32 is thus preferably insertable into and / or re moveable from the aperture 17 only via inside the nostril 16. The first nose-abutment portion 40 is at or adjacent an end of the first main portion 38 but away therefrom may be envisioned. Preferably, the first nose-abutment portion 40, and the first main portion 38 are fixed relative to each other. Even more preferably, the first nose-abutment portion 40 is integrally formed with the first main portion 38. Fixed parts increase the ease of insertion. Integrally formed parts are easier to manufacture and do not require time and effort to connect together. However, in an alternative embodiment, the first nose-abutment portion and the first main portion may be non-fixed, such as moveable may be envisioned, as this may enable adjustability of tightness and / or wings of different thickness may be accommodated, such that a greater range of users may use the invention. The first nose-abutment portion 40 preferably includes a first abutment surface 44a, a first abutment-portion inner surface 44b and a first abutment-portion outer surface 44c. More preferably, the first nose-abutment portion 40 includes a flange element or flange 46. The first abutment surface 44a may be part of the flange 46. The flange 46 extends at least in part transversally or radially outwardly. Preferably, the flange 46 is or is generally annular. Together, the first abutment-portion inner surface 44b and the first wall inner surface 42a form the first inner surface 48. The first inner surface 48 defines a bore, referred to as a first bore 48a for clarity. The first bore 48a is a through-bore. In other words, the first bore 48a is open at both ends and the lumen of the bore 48a is unobstructed. A through-bore enables part of the nath 20 to enter, traverse and exit the first member 32 through the first bore 48a. The second member 34 is in-use positioned or positionable outside the nostril 16. Whilst not in the first embodiment, it may be considered in an alternative embodiment that the second member may also be adapted to, configured to or able to extend at least in part through the aperture through the wing. The second member 34 has a second nose-abutment portion 50, and a said decorative element 28 but any may be omitted and / or plurality of any of the above may be provided. The second nose-abutment portion 50, also referred to as a second nose facing portion or second stop portion, in-use prevents or inhibits accidental removal of the sleeve 22 or at least second member 34 inward through the aperture 17 and out via the nostril 16. To do so, the first nose-abutment portion 40, and more preferably, the second abutment surface 52 is abutted or abuttable against the outer surface 12b of the user’s wing 12. When the sleeve 22 is assembled and in position in the aperture 17, the first nose abutment portion 40 and the second nose-abutment portion 50 cooperate to prevent or inhibit accidental displacement of the sleeve 22 from the aperture 17 in any direction. Whilst it is preferable that the first nose-abutment portion 40 and the second noseabutment portion 50 are spaced apart from each other so as to simultaneously abut against the inner surface 12a and an outer surface 12b of the wing 12, it may be envisioned that the abutment portions may be spaced apart by a greater distance than the longitudinal extent of the aperture. As such, only one or neither abutment portion may be in contact with the skin at all times. It is understood that if the sleeve were moved, a said abutment portion would eventually enter into abutment with the wing. In the first embodiment, the second nose-abutment portion 50 is separably connectable with the first main portion 38. This is enabled by the sleeve connection means 36. The second nose-abutment portion 50 also preferably has a second abutment-portion inner surface 54. The second abutment-portion inner surface 54 may form part or all of a second inner surface 56. The second inner surface 56 defines a bore, referred to as a second bore 56a for clarity. The second bore 56a is preferably a through-bore, similar to the first bore 48a. Preferably, the second bore 56a extends through the decorative element 28. This enables a nath 20 to be inserted therethrough. The second bore 56a may or may not extend centrally through the decorative element. The gemstone may be toroidal, such as oval toroidal or circular toroidal, by way of examples. Part of the first member 32 and / or part of the second member 34 may taper outwardly. In other words, the first member 32 and / or second member 34 taper along at least part of their longitudinal extent in a transverse direction. As the first member 32 and / or second member 34 are or are generally tubular, a transverse direction or orientation may be referred to as a radial direction or orientation. More preferable, one or both the first inner surface 48 and the second inner surface 56 tapers transversally or radially outwardly. The tapering, which is preferably at or adjacent an end of the first member 32 and / or second member 34, in-use provides a guiding surface 58 for the tip of the moveable portion 30a. The guiding surface58 may be a funnel shape. The first bore 48a and the second bore 56a together form or define a sleeve bore 60 when the sleeve 22 is assembled. In other words, the first bore 48a is aligned with the second bore 56a when the sleeve 22 is assembled. As both the first bore 48a and second bore 56a are through-bores, the sleeve bore 60 is continuous. The sleeve bore 60 has a lumen and a centreline C. The lumen extends along the longitudinal direction of the sleeve 22. For clarity, the longitudinal direction extends from one end of the sleeve 22 to the other end of the sleeve 22. The longitudinal direction is preferably linear. Any extent measured along the longitudinal direction is considered to be a length or longitudinal extent, even if the length is shorter than a width of the sleeve 22. Any direction, plane or axis that is perpendicular to the longitudinal direction is considered to be “transverse”. The centreline C is illustrated in Figure 4 as a dash-dot-dashed line. The centreline C corresponds to the sum or aggregation of the centrepoints at each location along the longitudinal extent of the sleeve 22. Preferably a centrepoint is equidistant or substantially equidistant from opposing areas of the first inner surface 48 and / or second inner surface 56. As the first member 32 and / or second member 34 are preferably tubular, a cross-section of the first member 32 and / or second member 34 in a transverse plane may be circular. Thus, the centreline may pass through the centre of the circle. Preferably, the centreline C is curved but non-curved or part curved along the longitudinal extent of the sleeve 22. The sleeve 22 or any part thereof is preferably also curved along the longitudinal extent. Thus, the sleeve 22 may have a linear length, measured linearly along the longitudinal extent, and a curved length, measured along the centreline C. However, it could be envisioned that the sleeve is non-curved, such as linear, but the sleeve bore and centreline within the sleeve are curved along the longitudinal extent. The curvature of the sleeve 22 and / or of the centreline C preferably matches the curvature of the nath 20. The decorative element 28 improves the aesthetics of the sleeve 22. Furthermore, the decorative element 28 may have a surface which provides the second abutment surface 52. Preferably, the decorative element 28 includes at least one gem or gemstone, but any alternative may be envisioned such as one or more beads, or decorative metalwork, by way of examples only. A gemstone may be real or artificial. Referring back to Figure 2 now, if a plurality of decorative elements 28 is provided, the decorative elements 28 may be interchangeable. If the decorative elements 28 form or are connected to another part, such as a nose-abutment portion and / or a main portion, the kit 18 may also comprise a plurality of such a part. Thus, the kit 18 may comprise a plurality of second members 34. Beneficially, the user has a choice of decorative elements 28. At least two decorative elements 28 may be different to each other. At least two decorative elements 28 may be the same as each other. If the kit 18 includes a plurality of decorative elements 28 which are gemstones, the gemstones may be interchangeable. These gemstones can be customized in various colours, shapes, and designs, allowing for versatile use. For daily wear, the gemstone can be whole, providing a polished and elegant look without a bore therethrough. The decorative element 28, and more preferably gemstone, may be separably connectable with a second member 34. Preferably however, the decorative element 28, and more preferably gemstone may be non-separably connected or non-separably connectable to the second member 34, such as by being integrally formed therewith or captively held thereby. The gemstone may be any of: white, red, green, pink, black, any other colour, or any combination thereof. The sleeve connection means 36 in-use enables the first member 32 and the second member 34 to be connectable or connected, optionally separably, together. The sleeve connection means 36 may also be referred to as a connector. The sleeve connection means 36 preferably includes complementary connection portions 36a, such as male and female portions, or bayonet engagement portions. In the Figures, the connection portions 36a are complementarily engageable screw-threads. The first member 32 may have an internal screw-thread and the second member 34 may have an external screw-thread complementarily engageable with the internal screw-thread. However, the opposite arrangement may be envisioned. More preferably, the external screw-thread is provided on the second nose-abutment portion 50. A complementary internal screw-thread is provided on the first main portion 38. The sleeve positioning device 24 in-use facilitates positioning the sleeve 22 within the aperture 17. The sleeve positioning device 24 can be used to insert and / or remove at least part of the sleeve 22. The sleeve positioning device 24 may be used to hold the sleeve 22 or part thereof. In the first embodiment, the sleeve positioning device 24 is pliers 24a. The pliers 24a in-use provide an ergonomic tool to grip or hold at least part of the sleeve 22. The pliers 24a may be ridge-specific pliers. The specialized pliers 24a are designed to help adjust the nath 20 for a perfect fit into the sleeve 22. The precise control offered by the pliers 24a allows for fine-tuning the shape and alignment of the nath 20, ensuring the nath 20 fits securely and comfortably within the sleeve 22. This customization ensures that the nath 20 maintains its aesthetic appeal while the sleeve 22 provides a snug and stable fit. The cleaning means 26, also referred to as cleaning element in-use improves hygiene. The cleaning means 26 may include a cleaning solution such as a cleaning liquid. The cleaning means 26 may be provided in a container. Any part of the kit 18, such as the sleeve 22, may be placed in the cleaning solution at any point. For example, the sleeve 22 may be placed in the cleaning solution prior to insertion and / or after removal from the aperture 17 in the user’s wing 12. Good hygiene reduces the risk of infection. The sleeve 22 may be multi-use or single-use. The multi-use sleeve 22 is thus beneficially designed to be versatile, suitable to be worn more than once. The multi-use sleeve 22 can be worn daily. Beneficially, re-usability means the sleeve is not discarded, which reduces waste, cost and is environmentally friendly, particularly as clip-on naths and single use naths are frequently discarded. A single-use sleeve 22 is intended for one-time use, though it may not necessarily be disposable after a single use. It is preferably not designed for daily wear or for customizing the gemstone colour. The single use sleeve 22 is ideal for users seeking a specific look for their wedding day without the need for long-term use or customization. In-use, as shown in Figures 4, 5 and 6, the user obtains a nath support sleeve 22, and more preferably a kit 18 comprising at least a nath support sleeve 22, at Step S100 in Figure 6. The user inserts the first member 32 into their nostril 16 then into the aperture 17 at Step S200. Preferably, the user moves the first member 32 until the first nose-abutment portion 40 abuts against the inner surface of the wing 12. Depending on the linear length of the first main portion 38 relative to the length of the aperture 17, the first member 32 may or may not extend beyond the aperture 17 and outside of the nose 10. The first nose-abutment portion 40 and the first main portion 38 are preferably fixed and even more preferably integrally formed. However, if not fixed, such as connectable or moveable relative to one another, the user may connect or position the first noseabutment portion 40 and the first main portion 38 relative to each other. This step may be done after, or preferably, before insertion of the first member 32 into the aperture 17 due to the user’s nose 10 otherwise inhibiting or preventing access to the first noseabutment portion 40 and the first main portion 38. Before or after insertion of the first member 32 into the aperture 17, the user positions the second member 34 so as to engage first member 32 at Step S300. Optionally, this may involve inserting part of the second member 34 into the aperture 17 if required. If the kit 18 includes a sleeve positioning device 24, such as pliers, the user may use the sleeve positioning device 24 at any time to assist with holding the sleeve 22 or part thereof. If the kit 18 includes a plurality of decorative elements 28 and / or a plurality of second members 34 having a decorative element 28, the user may choose the second member 34 and / or decorative element 28 from the range, as desired. The second member 34 is connected to the first member 32 via engagement of the sleeve connection means 36. Preferably, the complementary screw-threads are engaged. The engagement of the first member 32 and the second member 34 results in the first bore 48a and second bore 56a being positioned relative to one another to form the continuous sleeve bore 60. As illustrated in Figure 4, the sleeve 22 is in an assembled condition, through the wing 12. The closure element 30 of the nath 20 is opened. A free end of the moveable portion 30a is inserted into the sleeve bore 60, optionally guided by the guiding surface 58 if provided. If the sleeve bore 60 extends through the decorative element 28, the nath 20 is surrounded by the decorative element 28. Preferably, the moveable portion 30a is moved until the moveable portion 30a extends through the sleeve bore 60 and protrudes out of the opposite end of the sleeve 22. The closure element 30 is preferably closed again. Figure 5 shows the nath 20 in a closed condition, received and supported by the sleeve 22 through the wing 12. When the nath 20 is no longer wanted, the closure element 30 is opened and the moveable portion 30a removed from the sleeve 22. To remove the sleeve 22, the user disconnects the first member 32 and the second member 34 from each other. The first member 32 and / or the second member 34 are removed from the aperture 17. Optionally, any or all parts may be cleaned using the cleaning means 26 at any time, such as prior to insertion into the nose 10 and / or after removal from the nose 10. Regular cleaning with the provided solution ensures that the components remain in pristine condition, free from dirt and bacteria, contributing to the overall comfort and longevity of the sleeve 22. The sleeve 22 may be multi-use or single use. If single use, the user may remove the sleeve 22. If multi-use, the user may re-use the sleeve 22 on days other than their wedding day, such as without a nath 20. If a choice of decorative elements 28 is provided, the user can select the decorative element for customisation. For example, the user can change the gemstone colour to match different outfits or occasions, enhancing its functionality beyond bridal wear. Referring now to Figure 7, there is shown a second embodiment of a kit 118. The second embodiment of the kit 118 is similar to the first embodiment of the kit 18. Features of the second embodiment which are similar or identical to features of the first embodiment have similar reference numerals, with the prefix “1” added. The second embodiment of the kit 118 is similar to the first embodiment of the kit 18 having same or similar nath 120, sleeve 122, sleeve positioning device 124, cleaning means 126, a decorative element 128, the nath 120 having a closure element 130, the closure element 130 having a moveable portion 130a, the sleeve 122 having a first member 132, a second member 134, and sleeve connection means 136, but any of the above may be omitted and / or a plurality of any of the above may be provided. Detailed description of the features and caveats is omitted for brevity. In the second embodiment, as illustrated in Figure 8, the first member 132 has a first nose-abutment portion 140 but does not comprise a first main portion. The first nose-abutment portion 140 of the second embodiment is similar to the first noseabutment portion 40 of the first embodiment. Detailed description of the features and of the caveats is omitted for brevity. Part of the sleeve connection means 136 is provided at and more preferably within the first nose-abutment portion 140, for connection with the second member 134. Preferably, the second member 134 includes a second nose-abutment portion 150 and a second main portion 162. The second main portion 162 of the second embodiment is similarto the first main portion of the first embodiment. The second main portion 162 is preferably connectable and more preferably in a fixed relationship with the second nose-abutment portion 150. Even more preferably, the second nose-abutment portion 150 and the second main portion 162 are integrally formed. The second nose-abutment portion 150 of the second embodiment is similar to the second nose-abutment portion 50 of the first embodiment. Detailed description of the features and of the caveats is omitted for brevity. Part of the sleeve connection means 136 is provided at and more preferably, externally on the second main portion 162, for connection with the first member 132. Once again, the sleeve connection means 136 are preferably complementarily engageable screw-threads. Preferably, in the second embodiment, there are at least two sleeve positioning devices 124. A said sleeve positioning device 124 may be or may include a guiding member 164. A further said sleeve positioning device 124 may include or may be pliers, similar to the first embodiment. The guiding member 164 is preferably elongate. The guiding member 164 may be referred to as a nath hook. The guiding member 164 is configured to be insertable through the user’s wing 12. The guiding member 164 has a body 164a and, optionally, guiding-member connection means 164b. The guiding member 164 may be receivable within the sleeve 122 for enabling the nath support sleeve 122 to be slidably moved along the elongate guiding member 164 into position through the wing 12. In other words, the guiding member 164 may be positioned in the aperture 17. The sleeve 122 may then be positioned around the guiding member 164 and slid therealong into and / or out of the aperture 17. The body 164a may be preferably a rod or rod-like element, such as a pick. The body 164a may be curved, as shown, but non-curved such as linear, may be envisioned. Preferably, the guiding member 164 or at least the body 164a thereof may comprise plastics. If provided, the guiding-member connection means 164b, also referred to as guidingmember connector, enables the guiding member 164 to be connected or connectable with the first member 132 and / or second member 134, and more preferably with at least part of the sleeve connection means 136. The guiding-member connection means 164b may be complementary with the sleeve connection means 136. The guiding-member connection means 164b may include a screw-thread. In Figure 7, the outline of the first member 132 is illustrated in dashed lines around the guiding-member connection means 164b in Figure 7. The uses of the second embodiment are similar to those of the first embodiment. Detailed description of the common features is omitted for brevity. Preferably, in the second embodiment, the second member 134 and more preferably the second main portion 162 thereof is inserted into the aperture 17 first. The second member 134 is preferably inserted into the nostril 16 second. The second member 134 is connected to the first member 132 via the sleeve connection means 136. As shown in the Figures, this involves screwing the screw threads of the sleeve connection means 136 together. If a guiding member 164 is provided, the user may insert the guiding member 164 into the aperture 17, preferably via the nostril 16. The guiding member 164 may optionally be connected to first member 132 via the guiding-member connection means 164b. The sleeve 122 may be received around then slidably moved along the guiding member 164 into the aperture 17 and towards the first member 132. The first member 132 may be decoupled from the guiding member 164 after, or preferably before the first member 132 is connected to the second member 134. The nath 120 is inserted via carrying out the same steps as in the first embodiment, resulting in the nath 120 being positioned in the sleeve 122, both extending through the wing 12, as illustrated in Figure 9. In Figure 9, only part of the nath 120 is shown. The outline of part of the wing 12 is also illustrated as dashed lines. The sleeve 122 from the second embodiment is preferably single use. The sleeve 22 of the first embodiment is preferably multi-use. However, either embodiment may be multiuse or single use. Referring now to Figure 10, there is shown a third embodiment of a kit 218. The third embodiment of the kit 218 is similar to the first embodiment of the kit 18 and to the second embodiment of the kit 118. Features of the third embodiment which are similar or identical to features of the first and / or second embodiments have similar reference numerals, with the prefix “2” added or replacing the previous prefix. The third embodiment of the kit 218 is similar to the first embodiment of the kit 18 having same or similar nath 220, sleeve 222, sleeve positioning device 224, cleaning means 226, a decorative element 228, the nath 220 having a closure element 230, the sleeve 222 having a first member 232, a second member 234, and sleeve connection means 236, but any of the above may be omitted and / or a plurality of any of the above may be provided. Detailed description of the features and caveats is omitted for brevity. The sleeve 222 of the third embodiment is similar or identical to the sleeve 22 of the first embodiment. Detailed description of the common features and of the caveats is omitted for brevity. In the third embodiment, the closure element 230 includes a moveable portion 230a and a moveable portion receiver 230b, with which the moveable portion 230a is engageable. The moveable portion receiver 230b is preferably in the form of a loop or hoop. The moveable portion 230a is movable by being deformable or reshapable between a first condition and a second condition. The moveable portion 230a in the first condition, as shown in Figure 11, is shaped for ease of insertion into the sleeve 222. Thus, in the first condition, the moveable portion 230a is preferably linear or arcuate. In the second condition, the moveable portion 230a is preferably arcuate. In the second condition, the moveable portion 230a forms a hook shape, as shown in Figure 12. The hook shape can be inserted into the moveable portion receiver 230b to close the nath 220. Referring back to Figure 10, the kit 218 in the third embodiment includes at least a plurality of sleeve positioning devices 224, similarly to the second embodiment. More preferably, a said sleeve positioning device 224 may include or may be pliers 224a, similar to the first embodiment. A further said sleeve positioning device 224 may be a guiding member 264, similar to the guiding member 164 of the second embodiment. The guiding member 264 in the third embodiment is similar to the guiding member 164 of the second embodiment, having same or similar body 264a and, optionally, guidingmember connection means 264b. Detailed description of the common features and of the caveats is omitted for brevity. The guiding-member connection means 264b is preferably complementary to the connection portion 236a of the sleeve 222. The guiding-member connection means 264b preferably includes an internal screw thread rather than an external screw thread. The internal screw thread is engageable with the external screw thread of the sleeve 222. The guiding-member connection means 264b is visible in Figures 13 and 14, in which part of the guiding member 264 is cut-away. Preferably, the guiding member 264 is only compatible with a sleeve 222 as per the first embodiment, which may optionally be a multi-use sleeve 222, but it could be considered that the guiding member be compatible with a range of different sleeves including the sleeve of the second embodiment, which may be single-use. The guiding member 264 may be made from a plastics material, more preferably a flexible bioflex plastics. The guiding member 264 beneficially enables safe and comfortable insertion into the nose. The guiding member 264 is preferably a hypoallergenic, durable design which allows for easy guidance of the sleeve into place and smooth removal, providing a reliable and irritation-free experience. Referring back to Figure 10, the pliers 224a in the third embodiment are adapted, configured to or can be used to alter the moveable portion 230a of the nath 220 from a first condition to a second condition and / or vice-versa. The uses of the third embodiment are the same as or similar to those of the first and / or second embodiments. Detailed description of the common steps and caveats is omitted for brevity. Figure 13 illustrates the guiding member 264 being moved adjacent to the aperture 17. The guiding member 264 is inserted into the aperture 17 through the wing 12. The guiding member 264 is designed for seamless insertion into the nose aperture 17. The guiding member 264 is inserted all the way through the aperture 17 in the wing 12 and acts as a guide for precise placement. Unlike the second embodiment, the sleeve 222 is not moved around or translated along the body 264a. Instead, once the guiding member 264 is in position, the first member 232 of the sleeve 222 is moved toward the guiding member 264 as per arrow A in Figure 14. The guiding member 264 is engaged, preferably here by screwing guiding-member connection means 264b, with the sleeve 222 and more preferably with the connection portion 236a of the sleeve 222, and more preferably the first member 232 thereof. This ensures a secure connection and facilitates easy passage through the aperture 17 in the wing 12. With the sleeve 222 attached to the guiding member 264 via the connected connection portions 236a and guiding-member connection means 264b, the guiding member 264 is pulled back through the aperture 17, pulling the connected sleeve 222 along with it. The guiding member 264 is pulled until the sleeve 222 is in position, preferably extending at least in part in and more preferably through the aperture 17 in the wing 12. Once the sleeve 222 is in position, the guiding member 264 is disengaged from the sleeve 222, preferably by unscrewing. In Figure 15, the first member 232 and the second member 234 is shown prior to engagement. The second member 234 is then connected to the first member 232. The second member 234 may be one and the same as the decorative element. Optionally, the second member 234 may be a toroidal or doughnut-shaped gemstone. The gemstone acts as a decorative headpiece, completing the sleeve-insertion process. Beneficially, this method not only ensures precision in inserting the sleeve 222, but also makes the process effortless, minimising discomfort whilst enhancing the traditional aesthetic. The guiding member 264 functionality provides both ease and accuracy, making it a useful tool for securing the sleeve 222 or part thereof in place. The moveable portion 230a in the first condition is inserted through the sleeve 222. If the moveable portion 230a is originally in the second condition, the pliers 224a may be used to transition the moveable portion 230a from the second condition to the first condition, prior to insertion through the sleeve 222. Once the nath 220 has been positioned through the sleeve 222, the pliers 224a are used to alter the shape of the moveable portion 230a so that the moveable portion 230a is in or back in the second condition. The moveable portion 230a, which is now preferably hook-shaped, is engaged with the moveable portion receiver 230b, to close the nath 220 so the nath 220 is in a closed condition and supported by the sleeve 222 extending through the wing 12 of the nose. Thus, the pliers 224a are designed to carefully adjust the nath 220 from its traditional hook shape to a more elongated, gently curved form, allowing for smooth insertion into the nath nook 222. This reshaping ensures that the nath 220 can easily pass through the hollow chamber or through-bore of the nath nook 222 without compromising the structural integrity of aesthetic of the nath 220. Once the nath 220 is securely positioned within the nook 222, the pliers 224a are then used again to restore the original hook shape, enabling the nath 220 to be fastened to its other end and / or connected to additional jewellery pieces, completing the traditional look. This dual use function of the pliers ensures both ease of insertion and secure attachment, whilst maintaining the delicate craftsmanship of the nath 220. Whilst in the above embodiments, there is only one main portion per sleeve, it may easily be envisioned that there may be a plurality of main portions, such as both a first main portion and a second main portion may be provided. In any embodiment, the first nose-abutment portion may be integrally formed, connected, separably connected or separably connectable with the first main portion and / or with the second main portion by connection means. In any embodiment, the second nose-abutment portion may be integrally formed, connected, separably connected or separably connectable with the first main portion and / or with the second main portion by connection means. For instance, a sleeve may comprise a first main portion, a first nose-abutment portion, a second main portion, and a second nose-abutment portion. The first main portion and first nose-abutment portion may be separably connectable or integrally formed by way of example. The second main portion and second nose-abutment portion may be separably connectable or integrally formed by way of example. Modularity provides customisability and / or ease of replacement in case of damage. Whilst in the above described embodiments, the second inner surface tapers outwardly along the longitudinal so as to provide a guiding surface. However, it could be envisioned that the first inner surface additionally or alternatively tapers outwardly. Such a sleeve may be reversibly used and / or the nath may be inserted into the sleeve via the nostril. Where a connector, such as a screw-thread, is described above as being internal and connectable to a corresponding connector which is described as above being external, the opposite arrangement may easily be envisioned. Whilst a decorative element is preferably only provided as part of the second member, it may additionally or alternatively be considered that a decorative element is provided as part of the first member. The first bore and / or the second bore may extend through the or each corresponding decorative element. Whilst preferably, the decorative element forms all or at least part of the relevant noseabutment portion in the embodiments described herein, in an alternative embodiment, the decorative element may be distinct from the nose-abutment portion. One or both of the first nose-abutment portion and second nose-abutment portion may comprise a flange. In the above embodiments, the sleeve curves along at least part and preferably all of its longitudinal extent. However, in an alternative embodiment, the sleeve or part thereof may be non-curved, such as linear. In other words, the first member and / or second member may be cylindrical and / or extending solely along the longitudinal axis. The centreline of the lumen may be a straight line rather than curved. Any of the features and caveats that apply to one of the embodiments may easily be provided or applicable to any of the other embodiments or any feature thereof. For example, a guiding member or nath hook may be provided as part of the kit of the first embodiment, which is preferably the multi-use sleeve. Whilst a preferred shape may have been specified for any of the above-described features, any alternative shape may be envisioned in any of transverse or lateral crosssection, longitudinal cross-section, in side view, or in plan view. The shape may be any or any combination of: curved, part curved, non-curved, linear, part linear, non-linear, a broken line, any polygon, whether regular or irregular, having one or more chamfered and / or rounded corners, a triangle, a quadrilateral, such as a square, a rectangle, a trapezium, a trapezoid, a pentagon, a hexagon, a heptagon, an octagon, or any other polygon, a cross, an ellipse, a circle, part circular, an oval, or any abstract shape. It is therefore possible to provide a sleeve for receiving and supporting a nath. The sleeve provides a number of benefits, including health benefits by acting as a barrier to reduce or prevent pain, injury and / or infection. The sleeve also facilitates insertion and / or removal of a nath, and saves time. The sleeve enables a lighter and / or cheaper modern nath to be worn, particularly if the user is irritated or allergic to the materials of the nath, thereby providing more options fora greater range of users. The sleeve may even be reusable, such as without a nath, outside of the user’s wedding day. It is further possible to provide a kit which includes the sleeve in conjunction with one or more of a nath, cleaning supplies and equipment for handling the sleeve with greater ease. As all or a subset of the parts are provided, the user does not need waste time, money and go to the effort of sourcing the parts individually, with the risk of procuring the wrong cleaning chemical or sourcing incompatible equipment. It is also possible to provide a method of providing a sleeve for supporting a nath. Once inserted, the nath is easier to insert. The words ‘comprises / comprising’ and the words ‘having / including’ when used herein with reference to the present invention are used to specify the presence of stated features, integers, steps or components, but do not preclude the presence or addition of one or more other features, integers, steps, components or groups thereof. It is appreciated that certain features of the invention, which are, for clarity, described in the context of separate embodiments, may also be provided in combination in a single embodiment. Conversely, various features of the invention which are, for brevity, described in the context of a single embodiment, may also be provided separately or in any suitable sub-combination. The embodiments described above are provided by way of examples only, and various other modifications will be apparent to persons skilled in the field without departing from the scope of the invention as defined herein.

Claims

1. A nath support sleeve for providing a sleeve for receiving and supporting a nath when the sleeve is positioned through a user’s nose, the nath support sleeve comprising:a first member having a first inner surface defining a first bore,a second member interconnectable with the first member, the second member having a second inner surface defining a second bore,the first member and / or second member including a decorative element, the first bore and / or the second bore extending through the decorative element,10 the first bore and second bore together forming a continuous sleeve borewhen the nath support sleeve is assembled for supporting the nath, wherein the continuous sleeve bore has a centreline which is at least in part curved.

2. A nath support sleeve as claimed in claim 1, wherein at least one of: the first inner surface and the second inner surface tapers outwardly so as to provide a guiding15 surface.

3. A nath support sleeve as claimed in claim 1 or claim 2, wherein the decorative element includes a gemstone.20 4. A nath support sleeve as claimed in any one of the preceding claims, wherein thefirst member includes a first nose-abutment portion and / or the second member includes a second nose-abutment portion.

5. A nath support sleeve as claimed in claim 4, wherein the decorative element 25 forms the first nose-abutment portion and / or the decorative element forms thesecond nose-abutment portion.

6. A nath support sleeve as claimed in claim 4 or claim 5, wherein the first noseabutment portion includes a flange and / or the second nose-abutment portion 30 includes a flange.

7. A nath support sleeve as claimed in any one of the preceding claims, wherein the first member includes a first main portion and / or the second member includes a second main portion.5 8. A nath support sleeve as claimed in claim 7 when depending on any one of claims4 to 6, wherein the first nose-abutment portion is integrally formed with the first main portion.

9. A nath support sleeve as claimed in claim 7 or claim 8 when depending on any10 one of claims 4 to 6, wherein the second nose-abutment portion is integrallyformed with the second main portion.152010. A nath support sleeve as claimed in any of claims 7 to 9 when depending on any one of claims 4 to 6, wherein the first nose-abutment portion is separably connectable with the first main portion and / or second main portion by connection means.

11. A nath support sleeve as claimed in any of claims 7 to 10 when depending on any one of claims 4 to 6, wherein the second nose-abutment portion is separably connectable with the first main portion and / or second main portion by connection means.

12. A nath support sleeve as claimed in claim 10 or claim 11, wherein the connection means includes complementarily engageable screw-threads.2513. A nath support sleeve as claimed in claim 12, wherein a said screw-thread is provided internally in the first nose-abutment portion and / or second noseabutment portion and a complementary said screw-thread is provided externally on the first main portion and / or second main portion.3014. A nath support sleeve as claimed in any one of the preceding claims, wherein at least part of the nath support sleeve comprises metal.

15. A nath support sleeve as claimed in claim 14, wherein the metal is a 35 hypoallergenic metal and / or precious metal.

16. A kit comprising a nath support sleeve as claimed in any one of the preceding claims, and at least one of: a nath, a sleeve positioning device, and cleaning means.

17. A kit as claimed in claim 16, wherein the sleeve positioning device includes an elongate guiding member configured to be insertable through the aperture in the user’s nose and receivable within the nath support sleeve for enabling the nath support sleeve to be slidably moved along the elongate guiding member into 10 position through the nose.

18. A kit as claimed in claim 16 or claim 17, wherein the sleeve positioning device further includes connection means for connecting with the first member and / or the second member.2019. A kit as claimed in any one of claims 16 to 18, wherein the sleeve positioning device are pliers.

20. A kit as claimed in any one of claims 16 to 19, wherein the decorative element of the nath support sleeve is a first said decorative element, and the kit further comprise a second said decorative element, the second said decorative element being interchangeable with the first said decorative element.

21. A method of providing a support for a nath, the method comprising:25 a] obtaining a nath support sleeve as claimed in any one of claims 1 to15;b] inserting the first member or the second member through a user’s nose;c] connecting the other of the first member and the second member to the inserted first member or the second member so that the first bore and30 second bore form a continuous sleeve bore.

22. A method as claimed in claim 21, comprising a further step of inserting a nath into the continuous sleeve bore of the nath support sleeve.14 102523. A nath support sleeve for providing a sleeve for receiving and supporting a nath when the sleeve is positioned through a user’s nose, the nath support sleeve comprising:a first member having a first inner surface defining a first bore,5 a second member interconnectable with the first member, the secondmember having a second inner surface defining a second bore,the first bore and second bore together forming a continuous sleeve bore when the nath support sleeve is assembled for supporting the nath, wherein the continuous sleeve bore has a centreline which is at least in part curved,10 wherein at least one of: the first inner surface and the second innersurface tapers outwardly so as to provide a guiding surface,wherein the first member and / or second member includes a decorative element,wherein the first bore and / or the second bore extends through the 15 decorative element,wherein the first member includes a first nose-abutment portion and / or the second member includes a second nose-abutment portion,wherein the decorative element forms the first nose-abutment portion and / or the decorative element forms the second nose-abutment portion,20 wherein the first nose-abutment portion includes a flange and / or thesecond nose-abutment portion includes a flange,wherein the first member and the second member are interconnectable via screw-threads.s

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