GB2458230A

GB2458230A - Eyelash adornment and method for use thereof

Info

Publication number: GB2458230A
Application number: GB0906780A
Authority: GB
Inventors: Alexsandra Byrne
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-05-26
Filing date: 2006-05-26
Publication date: 2009-09-16
Anticipated expiration: 2026-05-26
Also published as: GB0906780D0; GB2458230B

Abstract

An eyelash adornment 1 comprises a plurality of lash elements 2, 3, 4. The lash elements 2, 3, 4 are adapted to be arranged together on the edge of an eyelid and each comprises a respective mounting portion 5 provided with a series of lash filaments extending therefrom 7. The eyelash adornment comprises between 2 and 5 elements and the lash filaments are 3-20mm long. In use, the eyes of the person to whom the adornment is to be fitted are assessed and elements are selected based upon the characteristics of the user's eyebrows.

Description

Eyelash Adornment The present invention relates to an eyelash adornment. The invention also relates to an eyelash adornment system, an eyelash adornment kit, and a method of adorning an eyelash.

Eyelash adornments have existed in the form of false eyelashes for many years. They are typically used as a beauty accessory, but also find application in stage, screen and modelling environments, where enhanced lash visibility is often necessary for a variety of reasons.

False eyelashes take many conventional forms, and may be arranged in three broad classes.

The first class contains single-piece lashes (generally sold in pairs), where a single assembly is provided for each eye. Such an assembly generally includes an elongate base portion and hair filaments formed from synthetic fibres or natural hair. The base portion defines a mounting portion from which the hair filaments extend and it therefore typically corresponds approximately to the shape of an eye-line. The mounting portion is affixed to the eyelid using an adhesive strip or a liquid/paste type adhesive. Where used, the strip is often pre-fixed to the mounting portion by the manufacturer. The liquid/paste type adhesive must be applied as part of the fitting process.

Whilst they are the easiest type of lash to fit, single-piece lashes present a number of problems. One of the primary reasons for this is that the seemingly ergonomic shape of the mounting portion frequently fails to match the specific curvature of the eye-line of the wearer, causing distortion of the lash and/or failure of the adhesion. It is also the case that the length of the mounting portion often fails to match the length of the eye-line of the wearer. In such a case, modification by cutting is often not possible, due to the structure of the lash, or it is simply feared by the wearer in case it leads to failure of the lash or an unsatisfactory appearance. It is further the case that single piece lashes are very much a universal solution and generally take no account of the specific needs of the wearer -that is to say that, whilst most false lashes will indeed visually enhance the eyes of a certain wearer, in other cases they could look unnatural and/or even detract from the natural appearance of the wearer.

The second class comprises what are generally known as individual' lashes. These lashes are presented in groups of, typically, ten or twelve elements, which are glued to the eyelid one-by-one in a row, so as to combine together to form a false lash. Despite their name, the elements of such lashes are not usually composed of a single individual filament. Instead, each element will typically comprise three or four filaments, which are knotted together at their base.

Individual lashes can solve the problems described above, but they can be incredibly problematic to fit, as the fitter often finds it difficult to control the elements and place them in precisely the desired location. Even when the desired location is achieved, managing to arrange the elements to be geometrically sympathetic with the natural lash line can be very taxing. It is further the case that such lash elements don't adhere adequately or else they must be used with a glue that is so strong it often fails to comply with health and safety guidelines. Above all, maintaining the necessary accuracy during a process that requires the fitment of twenty or more elements can challenge even the most seasoned professional -so self-fitting can prove impossible for many prospective wearers.

Eyelash adornments also exist in the form of corner lashes, which come in pairs and are intended to be used at the outer corner of the eye. Whilst corner lashes will fit the majority of eyes, they generally have a very specific shape, meaning they have limited application. It is also the case that corner lashes generally do not integrate themselves well into the natural lash line, as there is no bridge, adjoining or camouflage type feature at the edge of the lash that aids in blending it into the natural eyelash.

The invention sets out to provide an eyelash adornment that solves the above problems.

Accordingly a first aspect of the invention, provides an eyelash adornment comprising N lash elements, which lash elements are adapted to be arranged together on the edge of an eyelid; wherein: each comprises a respective mounting portion provided with a series of lash filaments extending therefrom; the mounting portion of each lash element is 3-20mm long; 2 �= N �= 5; and the adornment is adapted to extend along substantially the entire length of the eyelid when in use.

Thus the invention enables the provision of an eyelash adornment that can be accurately tailored to the cosmetic and physical needs of the wearer, that is easy to fit and that can be securely retained upon the eyelid and consequently worn with confidence. The invention also enables a much greater variety of eyelash adornments to be constructed as the elements can be layered, overlapped, stacked and easily customised by the wearer.

A second aspect of the invention provides a method of fitting an eyelash adornment as set out in Claim 6.

A third aspect of the invention provides an eyelash adornment kit as set out in Claim 13.

Preferred features of the invention are set out in the dependent claims.

Embodiments of the invention will now be described by way of example and with reference to the accompanying drawings, in which:-Figure 1 schematically shows a first embodiment of an eyelash adornment in accordance with the invention; Figure 2 schematically shows a second embodiment of an eyelash adornment in accordance with the invention; Figure 3 schematically shows a third embodiment of an eyelash adornment in accordance with the invention; Figure 4 schematically shows a fourth embodiment of an eyelash adornment in accordance with the invention; Figure 5 schematically shows a fifih embodiment of an eyelash adornment in accordance with the invention; Figure 6 schematically shows a sixth embodiment of an eyelash adornment in accordance with the invention; Figure 7 schematically shows a seventh embodiment of an eyelash adornment in accordance with the invention; Figure 8 schematically shows an eighth embodiment of an eyelash adornment in accordance with the invention; Figure 9 schematically shows a ninth embodiment of an eyelash adornment in accordance with the invention; Figure 10 schematically shows a tenth embodiment of an eyelash adornment in accordance with the invention; Figure 11 schematically shows a eleventh embodiment of an eyelash adornment in accordance with the invention; Figure 12 schematically shows a twelfth embodiment of an eyelash adornment in accordance with the invention; Figure 13 schematically shows a thirteenth embodiment of an eyelash adornment in accordance with the invention; Figure 14 schematically shows a fourteenth embodiment of an eyelash adornment in accordance with the invention; Figure 15 schematically shows a fifteenth embodiment of an eyelash adornment in accordance with the invention; Figure 16 schematically shows a sixteenth embodiment of an eyelash adornment in accordance with the invention; Figure 17 schematically shows a seventeenth embodiment of an eyelash adornment in accordance with the invention; Figure 18 schematically shows an eighteenth embodiment of an eyelash adornment in accordance with the invention; Figure 19 schematically shows a nineteenth embodiment of an eyelash adornment in accordance with the invention; Figure 20 schematically shows a twentieth embodiment of an eyelash adornment in accordance with the invention; Figure 21 schematically shows a twenty-first embodiment of an eyelash adornment in accordance with the invention; Figure 22 schematically shows a twenty-second embodiment of an eyelash adornment in accordance with the invention; and Figure 23 schematically shows a twenty-third embodiment of an eyelash adornment in accordance with the invention.

Most of the embodiments described herein take the form of a false eyelash -that is to say an eyelash adornment that is intended to extend substantially along the entire length of either an upper or a lower eyelid and affect substantially the entire natural lash. It should be understood that other embodiments will however take the form of eyelash adornments that do not extend along an eyelid in this maimer (for example, they may be intended for only a certain part of the eye) or eyelash adornments that address the natural lash in some other limited manner (for example, by acting upon only the roots of the lash).

The various embodiments of the invention described below share a number of other common characteristics that will now be addressed before turning to each of them individually. For convenience, reference will initially be made to the embodiment shown in Figure 1.

The eyelash adornment 1 shown in Figure 1 is formed from three lash elements 2, 3, 4.

Each lash element 2, 3, 4 takes the form of an elongate base portion 5 and a series of lash filaments 7, which extend from the base portion 5 in a generally conventional manner. In use, a number of lash elements 2, 3, 4 are arranged side-by-side on the eyelid and so combine to form the adornment 1.

The advantages of such an embodiment are numerous. First, as a consequence of the adornment being provided by relatively short lash elements, the adornment as a whole can take account of the eyelid shape during fitting. This leads to greater comfort and a more secure fixation. Second, the use of a relatively small number of relatively sizeable elements makes the fitting of the adornment fairly easy, as the lash elements are not difficult to manipulate and the process is not prohibitively repetitive. Third, the lash elements can be individually configured to provide very specific effects at their respective intended positions on the eyelid, thereby enabling the provision of an adornment that matches the aesthetic and physical requirements of the wearer very closely. Fourth, the lash elements are interchangeable, allowing the selection of elements having particular characteristics from within a large range, in order to design an adornment for a particular aesthetic and/or physical requirement. It is also possible to mix-and-match the chosen elements with other elements for different effects during re-use. Fifth, the elements can be combined in a wide variety of ways, including layering, overlapping and stacking, as well as simple linear arrangements.

Although three lash elements 2, 3, 4 are present in the adornment 1 shown in Figure 1, other embodiments will use different numbers. In some cases an adornment will use just two elements; in other cases, as many as five lash elements will be used. It has been found that deploying relatively few lash elements restricts the extent to which the adornment can be made to match the aesthetic and physical characteristics of the eye, whilst using more elements increases the complexity (and difficulty) of the fitting process. In practice the preferred number of lash elements for a false eyelash has been found to be three.

The length of the mounting portions 5 of the lash elements will vary in differing embodiments. There are a number of factors that influence this. The first is whether the adornment is to extend across the entire eye line. In some cases this will be further influenced by the width of the actual eye to which the adornment is to be fitted, but if the adornment is to be sold as a mass-market product with an expectation of little or no modification, then ergonomic considerations will prevail. The second is the number of lash elements that are to be used in the construction of the adornment. The third is the relative positions of the lash elements when in use selecting the length of the mounting portions will enable the individual elements to address certain parts of they eye/eye lash in differing ways.

In practice each lash element will have a mounting portion which is 3-20mm long.

Lash elements which have mounting portions which are 5-17mm provide a good balance between easy manipulation and adaptability to the eye/lash shape, with 7-1 1mm being an optimum range.

Where the adornment has just two lash elements, having one of the mounting portions with a length of 10-17mm has been found particularly suitable for addressing common eye characteristics, with 13.17mm for each element being an optimum for many effects.

Where the adornment has exactly three lash elements, mounting portions with a length of 7-1 1mm have been found particularly suitable for addressing common eye characteristics.

Where the adornment has exactly four lash elements, mounting portions with a length of 7-9mm have been found particularly suitable for addressing common eye characteristics.

Where the adornment has exactly five lash elements, mounting portions with a length of 5-7mm have been found particularly suitable for addressing common eye characteristics.

The base portion 5 of each lash element 2, 3, 4 is used as a mounting portion when fitting it to an eyelid. This process can be largely conventional in that a paste or liquid- type adhesive can be used, or an adhesive strip can also be used and this can be pre-fitted to the base portion 5 during the manufacturing process.

The lash elements 2, 3, 4 described herein can all be manufactured using existing, known techniques -of which there are a number. In some such processes, the lash filaments are moulded into plastics or elastomeric strips, which then serve as the mounting portion during use. In other processes, the filaments are knotted to each other and/or to a common line, which then forms the basis for the mounting portion -either on its own or after the addition of supplementary materials for additional structure.

Other manufacturing processes make use of microbonding. It is even possible to co-mould the filaments and mounting portion in order to form an integral lash element.

Some manufacturing techniques enable the resulting lash element to be cut/altered by the user, whilst maintaining structural integrity for safe onward use. Such techniques are particularly suitable to the present invention, given its inherent facility for tailoring the overall appearance of the adornment.

Various materials may be used for the lash filaments and these include natural materials, such as hair or feathers, and synthetic fibres. Some of these (e.g. synthetic fibres) are only suitable for certain manufacturing techniques (e.g. co-moulding). Aside from materials which simulate hair, other materials can be used with varying effect, these include metal foil, for example. The choice of material will also be influenced by the desired visual or functional effect and/or cost.

As suitable manufacturing processes and materials do not form part of the invention and will already be well known to those versed in the art, they will not be described further.

The individual lash elements 2, 3, 4 shown in Figure 1 are fitted to the eye of the wearer one at a time, so that they combine together to achieve the desired effect. In many cases the lash elements will in such a case be presented individually, so that the assembly of the adornment effectively takes place on the eyelid. It is, however, equally viable for the lash elements to be joined together prior to fitting. For example, mounting portions of the lash elements 2, 3, 4 that are to form the adornment 1 can be pre-glued to a common strip, and the strip used to mount the whole assembly on the eyelid together.

Similarly, whilst the lash elements will commonly be presented as discrete components, they may also be supplied in a linked fashion (for example on a common thread, as a consequence of the manufacturing process). In such a case, the lash elements might be separated prior to fitting -but in some cases this might be unnecessary or undesirable (for example where the linked lash elements happen to define an adornment that would be suitable for use as is). In this latter case, the invention would still provide benefits as a consequence of articulation between the conjoined elements.

It should also be understood that the invention allows for modification of lash elements prior to fitting, for example by cutting. In such a case a template and/or style guide can be provided. To further assist in this process lash elements having base profiles may be provided. By this it is meant that the elements have profiles which approximate to the intended final shape, but which are specifically intended to be easy to cut.

An adornment in accordance with the invention may be presented as a packaged article, with the lash elements presented together, ready for fitting to the eyelid. In such a case, the adornments would typically be offered in pairs. This approach will be particularly suitable for the mass-market, where the wearers will often make the purchase themseif and in doing so select adornments that have predetermined combinations of lash elements giving specific characteristics.

The invention also lends itself to a system-based approach wherein lash elements are presented as a range (comprising dozens or even hundreds of different lash elements), from which the lash elements having differing characteristics are individually selected in order to be combined into adornments meeting specific requirements. This approach is particularly suitable for professional use, where a consultant assists a wearer in the selection of a combination of lash elements that meet a particular intention. The lash elements may, in such a case, be fitted by the consultant and/or taken away by the wearer to be self-fitted at a later point in time.

A system-based approach is also suitable for use with computer-aided eyelash design, where images of different lash element combinations can be superimposed upon an image of the wearer, so that various combinations of lash element can be considered prior to making a choice. In such a process, the computer-aided design aspect can be operated by a consultant or by the wearer. Such a process can even be conducted remotely over a network or via the Internet. For example, an image of the wearer could be uploaded to a remote server, the computer-aided design process conducted online and the chosen eyelash adornments purchased online for subsequent delivery via mail order. This latter system has particular benefits in that wearer can make a selection from a vast range of potential lash elements as they can be supplied directly from a warehouse and the software can assist in making an appropriate selection from amongst what might otherwise be a bewildering choice. In such a case, the resulting adornments could quite reasonably be classed as bespoke'.

Once chosen -either in pre-composed or selected form -the adornments can be supplied to the wearer in a kit. The kit will typically be presented in a case (e.g. a compact'-style case) along with ancillary items. These would typically include: a mirror, adhesive, adhesive remover, scissors, tweezers, a lash grabber, a lash application tool, a lash separator/comb, bonding mascara and camouflage eyeliner. The mirror, adhesive and adhesive remover are naturally used for fitting/removal and repairs/adjustments during the course of wear. The scissors can be used for effecting adjustments and/or repairs. The lash grabber/manipulation tool and tweezers are used for grasping the lash elements. The lash separator/comb is for tidying the adornment.

The bonding mascara is used to affix the lash elements to the natural lashes of the wearer, for added security. The camouflage eyeliner is applied along the junction of the mounting portions of the lash elements and the eyelid, so as to disguise it.

The kit will sometimes also include one or more templates to assist the wearer in modifying/styling the adornment. A style guide can also be included, showing different ways of combining, arranging and/or modifying the elements to achieve certain effects.

One significant advantage of embodiments of the invention is that adornments can be selected to address physical characteristics of the wearer. These will include the set, shape and alignment of the eyes, amongst other things, and an appropriate choice can ameliorate the appearance of such characteristics. For example, by appropriate choice of lash elements, it is possible to address eyes which are (in relative terms): small; deep-set; narrow; droopy; protruding; widely-set; closely-set; round; downward slanting; and upward slanting. Other physical characteristics addressable by embodiments of the invention reside in the eyelids. These include droopy eyelids, where the eyelid sags and rests upon the lashes, and crépey or feathery eyelids, where the skin has an irregular texture. The embodiments described below respectively address some of these characteristics and further explanation therefore follows.

Embodiment 1 Figure 1 shows a first embodiment of the invention, which takes the form of an adornment 1, formed from three lash elements 2, 3, 4. Each of the lash elements 2, 3, 4 is a rich, black colour, with a slight sheen. The adornment 1 is in this case a complete false eyelash.

Each lash element 2, 3, 4 has a generally continuous texture and displays a slight graduation in the mean length of its lash filaments 7 from one side to the other. More specifically, the tips of the lash filaments 7 define, in each case, a generally convex arcuate profile that slopes from one side of the element to the other. Each lash element 2, 3, 4 also has its lash filaments 7 arranged in a series of adjacent groupings 9. Some of the groupings 9 take the form of relatively large groupings 11, in which the filaments are strongly convergent, so as to form a triangular shape. These are interspersed with rather more wispy intermediate groupings 15, in which the filaments are generally divergent. Alternate groupings 9 also have alternating long/short mean filament lengths. As a consequence of the alternating characteristics of the groupings 9, their respective filament tips collectively cause a crenelated pattern to overlie the general element profile. Very generally, the crenelations are triangular in character.

The distribution density of the lash filaments 7 is the same in each lash element 7 and relatively high. The mean filament thickness is also relatively high across each lash element 2, 3, 4.

From Figure 1, it can be seen that the outer lash element 4 has the longest mean filament length. Generally its filament length also graduates from a maximum in one side region 15, which would be located in the outer corner of an eye when being worn, and narrows as it moves toward the centre lash element 3. The outer lash element 4 also has the longest base portion 5 of the three lash elements, representing slightly more than one third of the overall width of the adornment 1.

The centre lash element 3 continues the graduation in filament length, matching that of the outer lash element 4 in its outer side region 15 and reducing as it progresses towards an opposite, inner side region 17, which is located adjacent the inner lash element 2.

The centre lash element 4 occupies one third of the total base length of the adornment 1.

The inner lash element 2 continues the graduation in filament length, matching that of the centre lash element 3 in its outer side region 15 and reducing as it progresses towards its inner side region 17, where the filaments having the shortest general filament length are provided for location at the inner corner of the eye. The inner lash element 2 represents just under one third of the overall base length of the adornment 1.

The first embodiment of the invention is particularly suitable for use with small, deep-set and narrow eye shapes. In common with many other embodiments of the invention, it is also highly beneficial when used with unique eye shapes that don't conform to the traditional shape of single strip lashes (i.e. where they are too long, too short or don't curve in the same shape as the eye.). The first embodiment of the invention is also ideal for use with crépey/feathered eyelids, because the fact that the lash elements 2, 3, 4 are fitted individually means that they are able to accommodate irregularity in the texture of the eyelid. In fact, this latter advantage is exhibited by all other embodiments specifically described herein.

Embodiment 2 Figure 2 shows a second embodiment of the invention, which takes the form of an adornment 1 formed from two lash elements 2, 3. Each of the lash elements 2, 3 is a soft brunette/black colour, having a relatively delicate texture afforded by a relatively fine mean filament thickness. The adormnent 1 is in this case a complete false eyelash and each lash element 2, 3 represents one half of its base length.

In this case the overall filament length of the adornment I increases from the outer side region 15 of the outer lash element 3, to a maximum in the inner side region 17 of the outer lash element 3 and the outer side region 15 of the inner lash element 2, before decreasing to a minimum in the inner side region 17 of the inner lash element 2.

The tips of the lash filaments 7 define, in each case, a generally convex arcuate profile that slopes from one side of the element to the other. Each lash element 2, 3 also has its lash filaments 7 arranged in a series of adjacent groupings 9. The groupings 9 each have a number of longer filaments 19 extending from amongst a number of shorter filaments 21. The filaments 19, 21 are very generally all parallel, rather than obviously convergent or divergent. The effect of having the shorter filaments 21 mixed with the longer filaments 19 is that there is a higher filament distribution density in a root region 23 of each lash element than there is in its tip region 25. The consequence of this is that the adornment 1 emboldens the appearance of the root area of the natural eyelash when in place, thereby adding definition to the eye line, by making the lash line seem denser.

This second embodiment of the invention is particularly suitable for use with small, deep-set and narrow eye shapes. When in place, the effect is such as to provide a change in emphasis from the outer corner of the eye to the centre of the lash line, which makes the eye appear less horizontal. This adornment I also helps open up the eye by making it appear more round. Because this embodiment is in just two pieces, it is very quick and easy to fit -although it can still be composed in such a manner as to address the physical eye-shape of the intended wearer.

Embodiment 3 Figure 3 shows a third embodiment of the invention, which takes the form of an adornment I formed from three lash elements 2, 3, 4. Each of the lash elements 2, 3, 4 is a soft black colour, having a delicate texture afforded by a relatively fine mean filament thickness. The adornment I is in this case not a false eyelash as such, but it is intended to extend along substantially the entire length of a natural eyelash and each lash element 2, 3, 4 represents one third of its base length.

Each lash element 2, 3, 4 has a generally continuous texture and displays a substantially constant length of its lash filaments 7 from one side to the other -the mean filament length also is substantially the same in each lash element 2, 3, 4. Each lash element 2, 3, 4 also has its lash filaments 7 arranged in a series of groupings 9. In this case the groupings 9 are spaced at regular intervals along the base portion 5 of the lash element 2, 3,4, that is to say there are gaps 27 between the individual groupings.

The lash filaments 7 are very generally all parallel, rather than obviously convergent or divergent. The filaments 7 also have a very short mean length. The consequence of this configuration is that the adornment 1 very much concentrates on emboldening the appearance of the root area of the natural eyelash when in place, thereby adding defmition to the eye line, by making the lash line seem denser.

As with most embodiments of the invention, the lash filaments 7 can be coloured in many different ways. In this particular case they can also be colourless, pale or brown in colour to achieve a more subtle effect.

This third embodiment of the invention is particularly suitable for any eye shape with thin or sparse lashes, as it creates more volume at the lash line. It also enlarges the appearance of the eye by creating a more horizontal effect along the lash line and lifting the top lashes away from the bottom of the eyelid.

Embodiment 4 Figure 4 shows a fourth embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. Each of the lash elements 2, 3, 4 is a soft black colour. The adornment 1 is intended to extend along substantially the entire length of a natural eyelash and each lash element 2, 3, 4 represents approximately one third of its base length. This adornment 1 is intended primarily for use on a lower eyelid.

Each lash element 2, 3, 4 has a generally continuous texture and displays a substantially constant length of its lash filaments 7 from one side to the other, with the exception of the inner lash element 2, which has a slightly shorter length in its inner side region 17.

The mean filament length of the centre lash element 3 is subtly greater than those of the other two.

Each lash element 2, 3, 4 has its lash filaments 7 arranged in a series of groupings 9. In this case the groupings are spaced at regular intervals along the base portion 5 of the lash element 2, 3, 4 -that is to say there are gaps 27 between the individual groupings.

The intervals (i.e. gap sizes) are the same in each lash element 2, 3, 4.

This fourth embodiment of the invention is particularly suitable for use with deep-set and droopy eye shapes, in order to create a perception of openness via emphasis on bottom lash line. This embodiment is also particularly suitable for use with any eye shape with thin, sparse or short lashes along bottom lid, for the purpose of emboldemng the root area of the natural lash. The adornment achieves this latter objective by creating more volume and density at the lash line. It also enlarges the appearance of the eye by creating a more horizontal effect along the lash line and apparently moving the bottom lashes away from top lash line.

Embodiment 5 Figure 5 shows a fifth embodiment of the invention, which takes the form of an adornment I formed from three lash elements 2, 3, 4. Each of the lash elements 2, 3, 4 is a black colour. The adornment represents a false eyelash which is intended to extend along substantially the entire length of a natural eyelash and each lash element 2, 3, 4 represents one third of its base length.

In this particular embodiment, the three lash elements 2, 3, 4 have individual characteristics that vary significantly from each other. The outer lash element 4 has pronounced visual intensity and an ability to provide a very noticeable emboldening of a natural eyelash. It is also formed from lash filaments 7 that are relatively thick and have a relatively long mean length. The filaments 7 are distributed relatively densely along the base portion 5. Because of the length and density of the filaments 7, this lash element 4 has the ability to create a perceived elongation of the lash line in a horizontal manner.

The centre lash element 3 has much in common with the lash elements of the first embodiment. The primary differences are that the triangular groupings 9 are shaped by filament length, rather than by filament convergence. In addition, there are no intermediate groupings. The mean filament length of the groupings also increases from the outer side region 15 of the lash element 3 towards its inner side region 17. The lash filaments are approximately mid-range in terms of mean filament length and thickness.

The inner lash element 2 is delicate in texture and sparsely populated along a virtually invisible base portion. The lash filaments 7 are arranged in sparse groupings, which are generally divergent. The groupings are distributed at intervals along the base portion 5, with gaps 27 between.

When the three lash elements 2, 3, 4 are assembled together to form the adornment 1, the visual effect of the adornment varies across its length due to the differences in the individual lash elements 2, 3, 4. The longest length and greatest density arises at the outer corner of the eye, while shortest length and lowest density arises at the inner corner. Overall, the tip profiles of the three lash elements together describe a convex curve. A dense black graduates to sparse black from the outer to inner eye corners. The adornment 1 also fills in the lash line at the inner corner of the eye while maintaining a natural appearance.

This embodiment is particularly suitable for use with deep-set and narrow eye shapes, and eye shapes where the inner corner of the eye changes direction, turning toward the inner tear duct. This latter eye shape tends to present the most problems when seeking to maintain the adhesion of traditional single-piece strip lashes. This particular embodiment also serves to give the impression of openness and intensity at the outer corner of the eye, while the inner corner stays natural looking. The fifth embodiment of the invention also creates more volume and density at the lash line, enlarging the appearance of the eye by creating a more horizontal effect that elongates the lash line.

Embodiment 6 Figure 6 shows a sixth embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment represents a false eyelash which is intended to extend along substantially the entire length of a natural eyelash and each lash element 2, 3, 4 represents one third of its overall width. This particular embodiment is characterised by a substantial graduation in both texture and colour, from one side to another.

The outer lash element 4 is matte black, the longest in mean length and has the most dense filament distribution of the three lash elements 2, 3, 4. This serves to create a strong lash line with a slightly spiky glamour effect. This lash element 4 also has its lash filaments 7 arranged in a series of adjacent groupings 9. Some of the groupings 9 take the form of relatively large groupings 11, in which the filaments are strongly convergent, so as to form a triangular shape. These are interspersed with rather more wispy intermediate groupings 13, in which the filaments are generally divergent. The large groupings 11 have a respectively larger mean filament length than the intermediate groupings 13. As a consequence of the alternating characteristics of the groupings 9, their respective filament tips collectively cause a crenelated pattern to overlie the general element profiles. Very generally, the crenelations are triangular in character.

The centre lash element 3 has its lash filaments 7 distributed more sparsely but it approximately matches the outer lash element 4 in terms of mean filament length. The filament length of this lash element gradually reduces from its outer side region 15 towards its inner side region 17, hence the filament tips describe a convex curve. The lash filaments 7 in this lash element 3 are arranged in contiguous groupings 9, which are demarked by variations in filament length and thickness. Essentially, each grouping 9 has a series of filaments inclined in one lateral direction and another, overlapping series inclined in the opposite lateral direction, with a relatively thick filament at each end and shorter, finer filaments between.

The inner lash element 2 is virtually clear, being formed from exceptionally fine filaments 7. This lash element 2 therefore serves to cause the adornment 1 to graduate from the density and the length of the centre lash element 3 into an invisible root and length building structure.

This adornment is particularly suitable for use with eyes that are deep-set, narrow, andlor droopy at the outer corner. It is also effective for use with lash lines where the inner corner and bottom lashes are quite sparse, and/or where the inner corner turns toward the tear duct.

In use, this adornment can provide glamorous effects at the outer corner of the eye without the intensity of a full dense set of spiked lashes that open the eye by elongating the lash line in a horizontal manner. This adornment can also eliminate the resistance to adhesion created by dense lashes.

Embodiment 7 Figure 7 shows a seventh embodiment of the invention, which takes the form of an adornment I formed from three lash elements 2, 3, 4. The adornment represents a false eyelash which is intended to extend along substantially the entire length of a natural eyelash and each lash element 2, 3, 4 represents one third of its overall width. This particular embodiment is characterised by a substantial graduation in both texture and colour, from one side to another. Overall, the adornment 1 exhibits a relatively even distribution of mean filament length, with a slight reduction at each end.

The outer lash element 4 has a relatively dense distribution of lash filaments 7, which have a relatively high mean thickness. The lash filaments 7 are arranged in adjacent groupings 9, which are each rendered triangular in profile as a consequence of the distribution of filament lengths. The overall tip profile of the lash element 4 is a fairly severe straight-line slope from its outer side region 15 to its inner side region 17. The triangular shape of the groupings 9 also imposes a series of triangular crenelations on this basic profile. This lash element 4 creates a relatively dramatic effect in the part of the eye where it is situated in use.

The centre lash element 3 is very similar in structure to the inner lash element 2 of Embodiment 5 and causes a similar effect.

The inner lash element 2 is very similar in structure to the outer lash element 4, but with a slightly lighter filament thickness and a finer shape to the triangular groupings 9.

This adornment is particularly suitable for use with protruding eye shapes, where the centre of the eye is more bulbous than at the corners. This is because the visual intensity of the parts of the adornment 1 located at the eye's inner and outer corners will bring them to attention and flatten out the appearance of the eye. At the same time, the relatively delicate centre lash element 3 located at the middle will simply fill in between the inner and outer pieces. The overall result will be a decrease in focus on the centre of the lash line and eyelid, creating a more balanced, flatter appearance.

Embodiment 8 Figure 8 shows an eighth embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment represents a false eyelash which is intended to extend along substantially the entire length of a natural eyelash and each lash element 2, 3, 4 represents one third of its overall width.

In this embodiment, the centre lash element 3 and the outer lash element 4 are both very similar in form to the inner lash element 2 of the previous embodiment. The inner lash element 2 is very similar in structure to the outer lash element 4 of Embodiment 5 and therefore much more bold in visual terms than the other two lash elements 3, 4.

This embodiment is particularly suitable for use with wide set eyes, where the bridge of the nose may seem slightly flatter than average, (for example, Asian eyes). It is also particularly suitable for any eye shape set into wide cheekbones. This embodiment is effective with these eye types because its intensity at the inner corner will seem to bring the eyes closer together, whilst the continuity of the centre and outer segments will balance the exaggeration.

Embodiment 9 Figure 9 shows an ninth embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash.

The outer lash element 4 is dark brown and comprises very fine lash filaments 7 distributed in very sparse groupings 9, at relatively large intervals. The filament groupings are tied to a very fine, almost invisible, base portion 5. The length of the groupings 9 varies, with a mostly even distribution and an occasional shorter grouping.

The overall profile collectively defined by the filament tips is crenelated. The length of the base portion 5 is approximately 30% of the total width of the adornment 1.

The centre lash element 3 has a base portion 5 that represents approximately 20% of the overall adornment width. Given the proportions of the outer lash element 4, this means it would therefore lie nearer the outer corner of the eyelid rather than strictly at the centre. This lash element 3 is very similar to the lash elements of the first embodiment and it consequently provides a significant visual emphasis to the natural eyelash in a region situated just in from the outer corner of the eye.

The inner lash element 2 is soft black in colour and very similar to the outer lash element 4 of the fifth embodiment of the invention. As a consequence, it has a mean filament distribution density that lies between those of the other two segments. This lash element 2 is the balance of the other two elements in that it has the longest base portion, representing almost half the overall width of the entire adornment.

This eyelash adornment is suitable for use with round, downward slanting and slightly droopy eye shapes and eyelids -where the more favourable part of the eye for emphasis is not the outer corner, but just in from the outer corner. The emphasis in this position makes the eye appear less downward slanting and helps balance by apparently opening up the eye before it turns downward.

Embodiment 10 Figure 10 shows an tenth embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash.

The outer lash element 4 of this adornment 1 is dark brown, and it is a smaller, more delicate version of the outer lash element 4 of the previous embodiment. It has a base portion 5 that represents approximately 20% of the width of the entire adornment 1.

The centre lash element 3 is soft black in colour and essentially a version of the inner lash element 2 of the sixth embodiment, but with a much greater mean filament thickness. The length of the base portion 5 of this lash element is approximately one third of the overall width of the adornment. This means that it locates nearer the outer corner of the eyelid rather than strictly at the centre, when fitted. It is the most darkly coloured of the three lash elements 2, 3, 4 and it also has the greatest mean distribution density; it is however delicate at the attachment section, given the gaps between the knots of filament. This lash element 3 emboldens the natural lash in terms of apparent length and density in a region just in from the outer corner of the eye.

The inner lash element 2 is soft black in colour and has slightly longer base portion 5 than the other two lash elements 3, 4. Its filament distribution density lies between those of the other two lash elements 3, 4. This lash element has its lash filaments arranged in contiguous groupings 9, which alternate between having a relatively short length and having a relatively long length. The overall effect is that the filament tips define a profile that appears crenelated. This lash element 2 is the balance of the other two lash elements in that its base portion 5 has the greatest length, representing more than one third of the width of the adornment.

This eyelash adornment is suitable for use with round, downward slanting and slightly droopy eye shapes and eyelids -where the more favourable part of the eye for emphasis is not the outer corner, but just in from the outer corner. The emphasis in this position makes the eye appear less downward slanting and helps balance by apparently opening up the eye before it turns downward. The extended length of the centre lash element helps embolden the natural lash in that region.

Embodiment 11 Figure 11 shows an eleventh embodiment of the invention, which takes the form of an adornment I formed from four lash elements 2, 3, 3', 4. The adornment 1 represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash. The mean length of the filaments 7 is substantially constant across the entire adornment, except there is a gradual reduction in filament length leading into each end of the adornment 1, corresponding to the location of the eye corners in use.

The outer lash element 4, which is black, is very similar to the centre lash element 3 of the fifth embodiment. It has the shortest mean filament length of the four lash elements 2, 3, 3', 4 and appears the darkest. Its base portion 5 represents one quarter of the with of the adornment.

The inner centre lash element 3 is soft black in colour and very similar to the centre lash element 3 of the previous embodiment. Its base portion 5, occupies one quarter of the overall lash line of the adornment 1. The filament length of this lash element 3 gradually reduces in the direction from its outer side region 15 to its inner side region 17. It has a lash filament distribution density that is similar to its neighbouring lash elements 2, 3'.

The outer centre lash element 3' is soft black in colour and it is in many respect similar to the inner centre lash element 3. The primary difference is that the filaments 7 are arranged in groupings that each have a greater width at the base portion than those of the inner centre lash element 3'. Due to the fact that the adornment I comprises four lash elements, this particular lash element 3' lies nearer the outer corner of the eyelid rather than strictly at the centre when it is worn. The mean length of its hair filaments is longer than that of the outer lash element 4 and the filaments are also graduated in length, such that they shorten in the direction from its outer side region 15 to its inner side region 17. This lash element 3' is the boldest of the four and therefore serves to embolden the appearance of the natural lash in a region located just in from the outer corner of the eye.

The inner lash element 2 is soft black in colour and occupies one quarter of the overall lash line. This lash element 2 has a very similar filament distribution density to the other lash elements 3, 3', 4, but the filaments are arranged differently. In this case, they are arranged in groupings 9, wherein the filaments are substantially parallel and straight, with intervals between them.

This embodiment of the invention is particularly suitable for use with round, downward slanting and slightly droopy eye shapes and eyelids where the more favourable part of the eye is not the outer corner, but located just in from the outer corner. The relatively constant lash filament distribution density across the whole adornment also helps to fill naturally sparse lash lines and/or bolster short lashes.

Embodiment 12 Figure 12 shows a twelfth embodiment of the invention, which takes the form of an adornment I formed from three lash elements 2, 3, 4. The adornment represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash.

The outer lash element 4 is soft black and broadly similar to the outer lash element 4 of the tenth embodiment. It has the lowest filament distribution density of the three lash elements and the longest mean filament length. This lash element 4 has a slightly delicate texture and occupies approximately 20% of the overall lash line.

The centre lash element 3 is soft black and similar to the outer centre lash element 3' of the previous embodiment. This lash element is the densest and darkest of the three, but still rather delicate near its base portion 5. The filament tips of the centre lash element 3 define a profile with a pronounced curve, which is initially convex (in the outer region) but becomes convex (in the inner region). This lash element provides the most pronounced visual effect in the natural eyelash, when fitted and it occupies approximately one third of the lash line. Due to the relative shortness of the outer lash element 4, it locates towards the outer corner of the eye when in use.

The inner lash element 2 is soft black and similar to the inner lash element 2 of the previous embodiment, but with shorter grouping distribution intervals. This lash element 2 occupies just over one third of the overall lash line of the adornment 1. It has a mean filament distribution density that is between those of the other two lash elements 3, 4. The lash filaments 7 on this lash element 2 are relatively short, meaning that this lash element 2 is most effective in the roots of inner corner region of the natural lash when the adornment 1 is worn. The filament tips of this lash element define a subtle curve which is initially concave in the outer end region 15, but becomes convex towards its inner end region 17.

The mean filament length is highest in the outer lash element 4 and gradually decreases towards the part of the adornment that is for location in the inner corner of the eye.

This embodiment of the invention is suitable for use with round, downward slanting and slightly droopy eye shapes and eyelids where the more favourable part of the eye is not the outer corner, but just in from the outer corner. The soft density of the outer lash element 4 helps fill naturally sparse lash lines or short lashes and the shorter inner lash element 2 helps invisibly to build the lash line, bringing emphasis to the centre of the eye. The emphasis inward from the outer corner of the eye then makes the eye appear less downward slanting and helps balance by opening up the eye before it turns downward.

Embodiment 13 Figure 13 shows a thirteenth embodiment of the invention, which takes the form of an adornment I formed from four lash elements 2, 3, 3', 4. The adornment 1 represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash. Each of the lash elements 2, 3, 3', 4 occupies one quarter of the overall lash line. Each of the lash elements 2, 3, 3', 4 has a similar lash filament distribution density.

The outer lash element 4 is glossy black, and similar to the outer lash element 4 of the seventh embodiment. This lash element 4 has a mean lash filament length that is the shortest of the four lash elements. The filament length increases generally from an outer side region 15 of the said lash element to an inner side region 17.

The two centre lash elements 3, 3' (outer centre 3' and inner centre 3) are both glossy black in colour and are similar to the lash elements of the first embodiment. They lie either side of the centre of the eye rather than strictly at the centre when in use. They have equal mean lash filament lengths, with this being slightly longer than that of the other two lash elements 2, 4. Both centre lash elements 3, 3' are equally bold and together they embolden the appearance of the natural lash at the centre of the eye.

The inner lash element 2 is glossy black, and similar to the centre lash element of the fifth embodiment. This lash element has the shortest mean lash filament length of the four lash elements, with the lash filament length decreasing generally from its outer side region 15 to its inner side region 17.

This eyelash adornment 1 is suitable for use with small, deep set, narrow eye shapes and droopy eyelids where the more favourable part of the eye is not the outer corner, but the centre of the eye. The even lash distribution density across the entire adornment maintains continuity and provides a clear enhancement at the centre of the eye as a consequence of the variation in the mean filament length. The move in lash exaggeration from the outer corner of the eye to the centre of the lash line makes the eye appear less horizontal and gives the impression that it is opened up by making it appear more round. The density of the lashes creates a bolder lash line, apparently widening the gap between the top and bottom lashes.

Embodiment 14 Figure 14 shows a fourteenth embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash.

The outer lash element 4 is colourless, has the lowest lash distribution density of the three lash elements and has a mean lash filament length that is between those of the other two lash elements 2, 3. Its texture is invisible is use and it is very delicate in structure, such that it is simply builds volume into the lash line by exaggerating the density of the natural eyelashes from the root to the tip at the outer corner of the eye.

This lash element represents 25% of the overall width of the adornment 1.

The centre lash element 3 is rich brown in colour and represents 40% of the overall width of the adornment 1. When the adornment is worn, this lash element 3 spans across the centre of the eyelid, presenting the greatest lash filament distribution density of the three lash elements. The filaments are arranged in a pattern similar to the centre lash element 3 of the sixth embodiment, and they are graduated in length, with the longest in its outer side region 15 and the shortest at its inner side region 17. This lash element 3 is the boldest of the three and provides emphasis via length and density across a region of the eye that extends from an outer part of the eye across its centre.

The inner lash element 2 is soft black in colour and represents 35% of the total width of the adornment 1. The lash filament distribution density of this lash element 2 lies between those of the other two elements 3, 4. Its tip profile is such as to continue the graduation in length from the centre lash element 3, and it dissipates the visual intensity of the centre lash element 3 as it moves toward the inner corner of the eye.

This embodiment of the invention is suitable for use with round, small, narrow, downward slanting and slightly droopy eye shapes and eyelids, where the more favourable part of the eye is not the outer corner, but just in from the outer corner. The invisible outer lash element will naturally fill sparse lash lines without emphasising the outer corner of the eye, bringing emphasis more toward the centre of the eye. The move in emphasis from the outer corner of the eye makes the eye appear less downward slanting and helps balance by apparently opening up the eye before it turns downward, consequently creating a more rounded, open effect.

Embodiment 15 Figure 15 shows a fifteenth embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash.

In this embodiment, the outer and centre lash elements 4, 3 have similar lash distribution densities, but the inner lash element 2 has a lower lash distribution density.

The outer lash element 4 of this embodiment is glossy black and has a shorter mean filament length than the centre lash element 3. Its mean filament length is virtually equal to that of the inner segment. This lash element represents 35% of the adornment's overall width and it is structurally similar to the outer lash element 4 of the seventh embodiment.

The centre lash element 3 is glossy black in colour and has the longest mean filament length of the three lash elements 2, 3, 4. This lash element 3 represents 40% of the overall width of the adornment and it is structurally the same as the outer lash element 4 of the first embodiment. In use, this lash element 3 lies at the centre of the lash line and emboldens the appearance of the natural lash via length and shape at the centre of the eye.

The inner lash element 2 is glossy black and it is the most delicate of the three lash elements 2, 3, 4. Structurally, this lash element is similar to the centre lash element 3 of the fourth embodiment and it has a mean lash filament length that is similar to that of the outer lash element 4. This lash element represents 25% of the overall width of the adornment 1.

This embodiment is suitable for use with small, deep set, narrow eye shapes and droopy eyelids where the more favourable part of the eye is not the outer corner, but the centre of the eye. The relatively even density maintains continuity and provides a lift at the centre via filament length. The shift in emphasis from the outer corner of the eye to the centre of the lash line makes the eye appear less horizontal and appears to open it up whilst making it appear more round.

Embodiment 16 Figure 16 shows a sixteenth embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment 1 represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash. Each lash element 2, 3, 4 represents one third of the overall width of the adornment 1. Each of the lash elements is similar in terms of basic structure, with this structure being the same as the inner lash element 2 of the eleventh embodiment.

The three lash elements differ in terms of their length and their respective profiles. The outer lash element 4 exhibits an increase in filament length from its outer side region 15 to its inner side region 17. The centre lash element 3 continues the profile established by the outer lash element 4 and has the longest mean filament length of the three. The inner lash element 2 is virtually the mirror image of the outer lash element 4 and therefore exhibits a reduction in filament length moving from its outer side region 15 to its inner side region 17.

This embodiment of the invention is suitable for use with small, deep set, narrow eye shapes and droopy eyelids where the more favourable part of the eye is not the outer corner, but the centre of the eye. The even filament distribution density across the adornment 1 maintains continuity and provides a visual enhancement at the centre of the eye as a consequence of its longer mean filament length. The shift in emphasis from the outer corner of the eye to the centre of the lash line makes the eye appear less horizontal and appears to open it up whilst making it appear more round.

Figure 17 illustrates a seventeenth embodiment of the invention, which is essentially a smaller version of the sixteenth embodiment.

Figure 18 illustrates an eighteenth embodiment of the invention, which is essentially a smaller and more delicate version of Embodiment 16.

Figure 19 shows a nineteenth embodiment of the invention, which is essentially a denser, longer version of embodiment sixteen, but with a more pronounced triangular shape to the filament groupings.

Figure 20 shows a twentieth embodiment of the invention, which is essentially a more delicate version of Embodiment thirteen, where the two centre lash elements have a slightly higher filament distribution density that the inner and outer lash elements.

Embodiment 21 Figure 21 shows a twenty-first embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash.

The outer lash element 4 is, in this case, soft black and delicate and it is formed from a series of evenly distributed, relatively fine lash filaments 7. Its general structure is identical to the inner segment and its filament length graduates from shorter at its outer side region 15 to longer at its inner side region 17. This lash element 4 represents 15% of the overall width of the adornment 1.

The centre lash element 3 is glossy black, dense and has a structure similar to the centre lash element 3 of the first embodiment. Its overall appearance is consequently more intense than the other two lash elements 2, 4 and it also has a longer mean lash filament length. This lash element represents 65% of the overall width of the adornment 1 and in use it lies across the centre of the lash line, providing emphasis via length, density and shape at the centre of the eye.

The inner lash element 2 is virtually the mirror image of the outer lash element 4 in terms of structure, although it does have greater width, at 20% of that of the overall adornment I. This embodiment of the invention is suitable for use with small, deep set, narrow eye shapes and droopy eyelids where the more favourable part of the eye is not the outer corner, but the centre of the eye. The change in density and length helps lift and exaggerate the centre of the eye. The shift in emphasis from the outer corner of the eye to the centre of the lash line makes the eye appear less horizontal and appears to open it up whilst making it appear more round Embodiment 22 Figure 22 shows a twenty-second embodiment of the invention, which takes the form of an adornment 1 formed from three lash elements 2, 3, 4. The adornment represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash.

The outer lash element 4 is soft, black and delicate and structurally similar to the centre lash element of embodiment 16. This lash element 4 has a long mean filament length, and the length of the lash filaments graduates from longer at its outer side region 15 to shorter in its inner side region 17. This lash element 4 occupies one third of the overall width of the adornment 1.

The centre lash element 3 is black and similar in structure to the centre lash element 3 of Embodiment 5. Its appearance is therefore more intense than that of the other two lash elements 2, 4. The overall filament length of this lash element 3 graduates from longer at its outer side region 17 to shorter at its inner side region 15. This lash element 3 represents just over a third of the overall width of the adornment I and when fitted, it lies at the centre of the lash line, thereby providing an enhancement via density and shape at the centre of the eye.

The inner lash element 2 is soft, black and structurally similar to the centre lash element 3 of the tenth embodiment. It is consequently somewhat more delicate than the other two. This lash element 2 also has a much shorter mean filament length than the centre and outer lash elements 3, 4, because it is intended to build the appearance of the root of the natural lash in the inner corner region of the eye. It also graduates in length from longer at its outer side region 15 to shorter at its inner side region 17 and is the least wide of the three, occupying less than a third of the overall width of the adornment 1.

This embodiment is suitable for use with deep-set, narrow eye shapes and droopy eyelids where the eye does not drop down at the outer corner. The change in density and length of the lash filaments across the width of the adornment helps lend emphasis to the centre while exaggerating the horizontal elongation of the outer corner of the eye.

The combination of the exaggeration in length at the outer corner of the eye and the density at the centre of the lash line appears to stretch the eye to appear more horizontal and open. This helps to make the eye appear more elongate and wide.

Embodiment 23 Figure 23 shows a twenty-third embodiment of the invention, which takes the form of an adornment I formed from three lash elements 2, 3, 4. The adornment represents a false eyelash that is intended to extend along substantially the entire length of a natural eyelash.

The outer lash element 4 is soft black in colour and comprises sparse groupings of lash filaments 7 that are delicately knotted to an almost invisible base portion 5 with large gaps 27 between each knot. The filament distribution density is relatively sparse and the mean filament length is long. This lash element 4 has the longest mean filament length of the three, and the length of the filaments 7 is graduated from longer at its outer side region 15 to shorter in its inner side region 17. This lash element 4 represents 40% of the overall width of the adornment 1.

The centre lash element 3 is rich black in colour and more dense than the outer segment.

It is structurally similar to the outer lash element of the ninth embodiment and it graduates in length, becoming shorter from its outer side region 17 towards its inner side region 15. This lash element 3 represents 40% of the overall length of the adornment 1.

The inner lash element 2 is rich black, has the highest filament distribution density and the shortest mean filament length, matching the length where it meets the centre lash element 3 and becoming shorter as it moves toward its inner side region 17. This lash element is the boldest of the three in terms of appearance represents 20% of the overall width of the adornment, creating emphasis at the inner corner of the eye when in use.

This embodiment is suitable for use with a wide set eye shape, where the bridge of the nose may seem slightly flatter than average, but where the natural lashes are elongated and full and the shape is still open and wide. The embodiment is also particularly suitable for use with any eye shape set into wide cheekbones. In such a case, the intensity at the inner corner will seem to bring the eyes closer together, while the exaggeration of the length of the outer segment will balance the effect.

As will be clear from the above description, the invention allows a wide variety of physical features to be addressed, or purely decorative effects to be provided, by selecting lash elements which individually, or in combination, provide specific visual effects on part or the whole of the eye or natural lash. The above embodiments are therefore merely examples of the limitless combinations of lash elements that can be assembled in order to form eyelash adornments in accordance with the invention. In such adornments, some of the individual lash elements may well be similar to those described above, but there will also be many variations of those described, as well as different combinations of the features of the different described lash elements and others that are very different indeed.

Many further modifications and variations will suggest themselves to those versed in the art upon making reference to the foregoing description, which is given by way of example only and which is not intended to limit the scope of the invention, that being determined by the appended claims.

Claims

CLAIMS: 1. An eyelash adornment comprising N lash elements, which lash elements are adapted to be arranged together on the edge of an eyelid; wherein: each lash element comprises a respective mounting portion provided with a series of lash filaments extending therefrom; the mounting portion of each lash element is 3-20mm long; 2�=N�=5; and the adornment is adapted to extend along substantially the entire length of the eyelid when in use.
2. An eyelash according to Claim 1, wherein N = 2.
3. An eyelash according to Claim 1, wherein N = 3.
4. An eyelash according to Claim 1, wherein N =4.
5. An eyelash according to Claim 1, wherein N =5.
6. A method of fitting an eyelash adornment, the said method comprising fitting N lash elements to an eyelid in order to assemble the said adornment, wherein: 2�=N�=5; each lash element has a mounting portion which is 3-20mm in length; and the adornment is arranged to extend along substantially the eye line length of the eyelid.
7. A method according to Claim 2, wherein N = 2.
8. A method according to Claim 2, wherein N = 3.
9. A method according to Claim 2, wherein N =4.
10. A method according to Claim 2, wherein N = 5.
11. A method according to one of Claims 6 to 10, comprising the prior step of assessing the eyes of the person to whom the adornment is to be fitted and selecting the said lash elements such that they together address the appearance of one or more of the following: relatively small eyes; relatively deep-set eyes; relatively narrow eyes; relatively droopy eyes; relatively protruding eyes; relatively wide-set eyes; relatively closely-set eyes; relatively round eyes; relatively downward slanting eyes; relatively upward slanting eyes; relatively droopy eyelids; relatively crêpey eyelids; and relatively feathery eyelids.
12. A method according to Claim IlL, wherein the said assessment of the eyes involves superimposing images of said lash elements upon an image of the eyes of the person to whom they are to be fitted using suitably programmed computer means.
13. An eyelash adornment kit comprising an eyelash adornment according to one of Claims I to 5 and one or more of: a mirror, adhesive, bonding mascara, camouflage eyeliner, scissors, tweezers, a lash grabber, a lash separator/comb, a lash application tool, a template and a style guide.
14. An eyelash adornment kit according to Claim 13, further comprising a fitted case for storing the other components of the said kit.