HAIR MANIPULATION

Abstract: A method of hair manipulation is described which can be used to retain human hair in a desired configuration. The hair is first moved e.g. simply using the hands to the desired position and then subjected to a differential looping operation which produces a large number of differently lying loops of varying numbers of hairs and different lengths of loop extending through different pathways within the mass of hair it is desired to hold in place. Once a sufficient number of different loops have been established, the hair may be released and it will simply continue to hold itself in place until the loops are removed e.g. by combing or shaking. The differential manipulation may be achieved easily and quickly by the use of a manipulation tool in the form of a rod with a rough resilient, preferably flock, surface.

Description: - 1 - HAIR MANIPULATION This invention relates to hair manipulation and to devices for assisting hair manipulation. Human hair grows. If left uncut, it can grow to quite a considerable length. While long hair may be considered attractive, it is sometimes inconvenient and accordingly those who have long hair often seek from time to time to restrain it in some way. The technique of manipulating individual locks of hair into one or more plaits and securing the end of the plait remote from the head against unravelling dates back to prehistoric times. So likewise does the use of one or more combs (the comb is a very early invention) to secure the hair in some sort of bundled or folded configuration. Over the centuries, an enormously wide variety of pins, clips, slides and other devices have been used to secure hair above a certain length in a desired configuration. The use of such devices, while very common, does not always give the desired aesthetic effect. Often it is desired for the hair to be held in a given configuration without appearing to be so held. For this purpose. - 2 various pins and grips are known which are coloured to match the hair colour and which may be inserted in unobtrusive fashion, but inserting them skilfully so that they remain unobtrusive and, in particular, so that they do not tend to slip, either rendering them visible or no longer fulfilling their intended purpose, or both, requires skill and practice, as well, of course, as a supply of pins or clips. I have now found that such is the mechanical strength of hair that relatively large locks of hair may be held in place by using relatively small quantities of hair to hold them in place. Such fixation is desirably not permanent, nor should it be accomplished by knotting small quantities of hair around larger locks of hair. However, by constructing a loosely tied configuration, hair may be held in place for an adequate length of time against the normal forces disturbing the lie of the hair such as normal movements of the head and without prejudicing the ability of the owner of the hair, or an assistant, to comb the hair out so that the individual hairs are no longer entangled to a degree holding the hair in a position otherwise than its natural fall. According to a first feature of the present invention, there is provided a method of retaining hair in a desired configuration which comprises manipulating a group of hairs to lie substantially in the desired position and then differentially looping a plurality of hairs from that desired group, or lying adjacent that desired group, through and/or around the group to an extent sufficient to hold the group in the desired position when the manipulation is released. - 3 - Differential looping, i.e. producing a large number of differently lying loops each of perhaps one or two hairs, and of different lengths of loop extending through different pathways within the mass of hair it is desired to hold in place, can be effected simply by manual manipulation of individual hairs or groups of a few hairs, for example using some sort of hook or like device, but if a reasonable looking final result is to be achieved, it requires very considerable dexterity and a great deal of time, in particular to produce the desired semi-permanent holding effect. Numerous individual manipulations are needed, and this is impractical. A further problem is that when manoeuvring individual hairs into loops and moving the end of the loop it is very easy to overstretch the hair and break it, which is undesirable. It is also difficult to achieve an even effect, i.e. an even visual appearance to the final structure. Accordingly, and this constitutes a second feature of the present invention, I have developed a tool for effecting differential looping which can be used quickly and simply to achieve the desired result. Thus, according to a second feature of the present invention, there is provided a hair manipulation tool consisting of an elongate member, preferably of constant cross-section, and which is characterised by an exterior surface of roughness and resilience such that if inserted into a lock of hair in a direction substantially transverse to the direction of the hairs in that lock, it will entrain hairs within the lock and pull them into loops until the tension in each loop is insufficient to break the hair, but sufficient to release the loop from - 4 - the surface of the implement and leave it in place as a loop extending along the path traversed by the implement. If such an implement is passed through a lock of hair, its surface entrains hairs, pulls them into loops and then releases them once the tension increases past a certain point. This occurs many times as the implement is passed once through the lock, and repeated passes in different directions quickly produces within the body of the lock a complex multiply looped structure which, while releasable on firm but gentle manipulation of the lock is nevertheless sufficiently stable and load-bearing to hold the lock in a desired position for some time. The more the looping, the longer the time. I have found that particularly good results may be achieved by implements which consist of an elongate base member of generally rod-like form and having on its exterior surface a flock layer or coating. The general dimensions of such a device are such as to enable it easily to be manipulated when it is desired to form loops in a head of hair to secure hair in place, and this generally means a rod of length 10 to 20 centimetres and diameter 2 to 4 millimetres. A particularly convenient size is around 16 centimetres long and 3 to 4 millimetres in diameter. The shape of the cross-section of the rod may vary, though usually for manufacturing convenience it is circular or substantially so. However, other shapes such as square, triangular or rectangular can easily be contemplated. If the cross-section is otherwise than round, a further feature is that the shape of the cross- - 5 - section may rotate about the axis of the rod as the place where the cross-section is taken moves along the axis of the rod. If the cross-section is, for example, square, each of the four faces of the rod then has the shape of a helical strip. As such a rod is passed through a lock of hair, the rod tends to rotate about its long axis thus encouraging the loops it makes as it does so to be twisted rather than straight, so enhancing their holding effect. The ends of the rod are conveniently tapered or rounded to permit easy insertion into a lock of hair and withdrawal therefrom. The rough surface may be achieved by any convenient process, a preferred surface being a so-called flock surface which may be obtained by coating the exterior of a rod with a suitable adhesive, applying short stiff fibres to the adhesive, and causing the adhesive to set, e.g. by thermal treatment or by the evaporation of solvent in that adhesive. By using a rod constructed in this way, it is possible to manipulate hair as indicated above to achieve a wide variety of holding effects, which nevertheless can be easily removed by combing gently.

Claims: - 6 - CLAIMS 1. A method of retaining hair in a desired configuration which comprises manipulating a group of hairs to lie substantially in the desired position and then differentially looping a plurality of hairs from that desired group, or lying adjacent that desired group, through and/or around the group to an extent sufficient to hold the group in the desired position when the manipulation is released. 2. A method according to Claim 1 wherein the differential looping is achieved with the use of a hair manipulation tool consisting of an elongate member having a rough and resilient outer surface. 3. A method according to Claim 1 or 2 and substantially as hereinbefore described. 4. A hair manipulation tool consisting of an elongate member and characterised by an exterior surface of roughness and resilience such that if inserted into a lock of hair in a direction substantially transverse to the direction of hairs in that lock, it will entrain hairs within the lock and pull them into loops until the tension in each loop is insufficient to break the hair, but sufficient to release the loop from the surface of the elongate member and leave it in place as a loop extending along the path traversed by the elongate member. 5. A hair manipulation tool according to Claim 4 wherein the elongate member is of constant cross-section. - 7 6. A hair manipulation tool according to Claim 4 or 5 whereon the elongate base member is of generally rod like form and has on its exterior surface a flock layer or coating. 7. A hair manipulation tool according to any one of Claims 4 to 6 wherein the length of the elongate member is 10 to 20 cm and its diameter 2 to 4 mm. 8. A hair manipulation tool according to any one of Claims 4 to 7 wherein the cross-section of the elongate member is non-circular and wherein the shape of the cross-section rotates about the axis of the elongate member as the point at which the cross-section is taken is moved along the elongate member. 9. A hair manipulation tool substantially as hereinbefore described.

Inventors: COLLIS HARVEY EDWARD, COLLIS, HARVEY, EDWARD
Applicants: COLLIS HARVEY EDWARD, COLLIS, HARVEY, EDWARD
Application year: 1999
Main classification: A45D8
IPC codes: A45D2, A45D8